5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
bladerRF - USB 3.0 Software Defined Radio
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
1 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
1 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
1 14Saturday, March 30, 2013
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
C4 handbook pg 171:
MSEL[3..0] =
PS-FAST = "1100" @ 3.3/3.0/2.5V
PS-STD = "0000" @3.3/3.0/2.5V
FPP-FAST = "1110" @3.3/3.0/2.5V
FPP-FAST = "1111" @1.8/1.5 V (default)
MSEL[3..0]
MSEL pins should be connecteddirectly to VCCA or GND.
JTAG is on BANK 1 aka VCCIO_L_C4
Config is on BANK 1 aka VCCIO_L_C4
FPGA CONFIGURATION
TCK
TDITDO
TCK
TDO
TMS
TDI
MSEL3 MSEL2 MSEL0
MSEL3MSEL2MSEL1MSEL0
C4_NSTATUS
C4_CONFDONE
TMS
C4_NCONFIG
MSEL1
VCCIO_L_C4
VCCIO_L_C4
VCCIO_L_C4
VCCA_C4 VCCA_C4 VCCA_C4 VCCA_C4
VCCIO_L_C4
VCCIO_L_C4
VCCIO_L_C4 VCCIO_L_C4
C4_NSTATUS
C4_DCLK
C4_NCONFIG
C4_CONFDONE
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
2 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
2 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
2 14Saturday, March 30, 2013
R253
1K
R253
1K
R254
1K
R254
1K
EP4CE15A115F484
U43C
EP4CE15A115F484
U43C
NCONFIGK5NSTATUSK6
MSEL3K20
TMSL1
TCKL2
NCEL3
TDOL4
TDIL5 MSEL2
L17MSEL1L18MSEL0M17
CONF_DONEM18
DCLKK2
R259
10K
R259
10KR273
10K
R273
10K
R25510KR25510K
JTAG_ICE_CONN
J38
ALTERA_JTAG
JTAG_ICE_CONN
J38
ALTERA_JTAG
TCK1
TDO3
TMS5
NC27
TDI9
GND2
VCC_TRGT4
NC16
NC38
GND10
R25610KR25610K
R252
1K
R252
1K
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Avoid VREF pins due to their slow IO times.
UDCLK has to be a CTL pin.
DATA[0..7] have to be from GPIF[0..15] FPGA "LEFT" BANK
Mini Expansion Header
FX3_UART_RX
FX3_UART_TX
LED1 LED2
LED1
LED2
MINI_EXP_1
MINI_EXP_1MINI_EXP_2
MINI_EXP_2
LED3
LED3
VCCIO_L_C4
VD3P3 VD3P3
VD3P3
VD3P3
GPIF6
GPIF1GPIF0
GPIF3
GPIF8
GPIF5
GPIF10
GPIF12GPIF11GPIF13GPIF14
FX3_CTL0FX3_CTL1
FX3_CTL6
FX3_CTL2
FX3_CTL11FX3_CTL10
GPIF17
GPIF20
GPIF16
GPIF19GPIF21
GPIF22
GPIF25GPIF27
GPIF29
FX3_CTL5
FX3_CTL3
FX3_PCLK
FX3_CTL12
FX3_CTL8
GPIF28
GPIF23
GPIF24
GPIF30
GPIF31
FX3_CTL9 C4_DCLK
GPIF15
GPIF26FX3_CTL7
GPIF7
FX3_CTL4
GPIF9
GPIF4
GPIF2GPIF18
DAC_SDODAC_SDI
C4_CLK
DAC_SCLKDAC_CSB
FX3_UART_TXnFX3_UART_CS
FX3_UART_RX
C4_CONFDONE
C4_NCONFIG
C4_NSTATUS
FX3_GPIO50
FX3_GPIO51
FX3_GPIO52
SI_SCLSI_SDA
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
3 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
3 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
3 14Saturday, March 30, 2013
C2420.01uF
C2420.01uF
C252
0.01uF
C252
0.01uF
J64
HEADER_1x3_100mil
J64
HEADER_1x3_100mil
1
2
3
R287820R287820
BANK 3
EP4CE15A115F484
U43F
BANK 3
EP4CE15A115F484
U43F
B3_IO_U9U9
B3_IO_U10U10
B3_IO_U11_VREFU11
B3_IO_V5V5
B3_IO_V8V8
B3_IO_V9_VREFV9
B3_IO_V10V10
B3_IO_V11V11
B3_IO_W6W6
B3_IO_W7W7
B3_IO_W8W8
B3_IO_W10W10
B3_IO_Y3Y3
B3_IO_Y4_VREFY4
B3_IO_Y6Y6
B3_IO_Y7Y7
B3_IO_Y8Y8
B3_IO_Y10Y10
B3_IO_AA3AA3
B3_IO_AA4AA4
B3_IO_AA5AA5
B3_IO_AA7AA7
B3_IO_AA8AA8
B3_IO_AA9AA9
B3_IO_AA10AA10
B3_CLK15AA11
B3_IO_AB3AB3
B3_IO_AB4_VREFAB4
B3_IO_AB5AB5
B3_IO_AB7AB7
B3_IO_AB8AB8
B3_IO_AB9AB9
B3_IO_AB10AB10
B3_CLK14AB11
R278820R278820
D13LTST-C190KGKT
D13LTST-C190KGKT
BANK 1
EP4CE15A115F484
U43D
BANK 1
EP4CE15A115F484
U43D
B1_IO_B1B1
B1_IO_B2B2
B1_IO_C1C1
B1_IO_C2C2
B1_IO_D1_DATA1_ASDOD1
B1_IO_D2D2
B1_IO_E1E1
B1_IO_E2_FLASH_nCE_nCSOE2
B1_IO_E3E3
B1_IO_E4_NRESETE4
B1_IO_F1F1
B1_IO_F2F2
B1_CLK1G1
B1_IO_G3G3
B1_IO_G5_VREFG5
B1_IO_H1H1
B1_IO_H2H2
B1_IO_H5_VREFH5
B1_IO_H6H6
B1_IO_H7_VREFH7
B1_IO_J1J1
B1_IO_J2J2
B1_IO_J3_VREFJ3
B1_IO_J4J4
B1_IO_J6J6
B1_IO_K1_DATA0K1
R286820R286820
BANK 8
EP4CE15A115F484
U43K
BANK 8
EP4CE15A115F484
U43K
B8_IO_A3_DATA10A3
B8_IO_A4A4
B8_IO_A5_DATA5A5
B8_IO_A6_PADD19A6
B8_IO_A7_PADD18A7
B8_IO_A8_DATA2A8
B8_IO_A9_PADD16A9
B8_IO_A10A10
B8_CLK10A11
B8_IO_B3_DATA11B3
B8_IO_B4_DATA8B4
B8_IO_B5_VREFB5
B8_IO_B6_DATA15B6
B8_IO_B7_DATA4B7
B8_IO_B8_DATA3B8
B8_IO_B9_PADD17B9
B8_IO_B10_PADD15B10
B8_CLK11B11
B8_IO_C3C3
B8_IO_C4_DATA12C4
B8_IO_C6_DATA7C6
B8_IO_C7_DATA13C7
B8_IO_C8_DATA14C8
B8_IO_C10_VREFC10
B8_IO_D6_VREFD6
B8_IO_D10D10
B8_IO_E5E5
B8_IO_E6E6
B8_IO_E7E7
B8_IO_E9_VREFE9
B8_IO_F7F7
B8_IO_F8_DATA9F8
B8_IO_F9F9
B8_IO_F10_DATA6F10
D11LTST-C190KGKT
D11LTST-C190KGKT
D12LTST-C190KGKT
D12LTST-C190KGKT
BANK 2
EP4CE15A115F484
U43E
BANK 2
EP4CE15A115F484
U43E
B2_IO_L6L6
B2_IO_M1M1
B2_IO_M2M2
B2_IO_M3M3
B2_IO_M4M4
B2_IO_M5_VREFM5
B2_IO_M6M6
B2_IO_N1N1
B2_IO_N2N2
B2_IO_N5N5
B2_IO_N6N6
B2_IO_P1P1
B2_IO_P2P2
B2_IO_P3P3
B2_IO_P4P4
B2_IO_P5P5
B2_IO_R1R1
B2_IO_R2R2
B2_IO_R5_VREFR5
B2_CLK3T1
B2_CLK2T2
B2_IO_T3_VREFT3
B2_IO_T4T4
B2_IO_T5T5
B2_IO_U1U1
B2_IO_U2U2
B2_IO_V1V1
B2_IO_V2V2
B2_IO_V3V3
B2_IO_V4V4
B2_IO_W1W1
B2_IO_W2W2
B2_IO_Y1Y1
B2_IO_Y2Y2
B2_IO_AA1AA1
J71
PWR_HDR6
J71
PWR_HDR6
1
2
3 4
6
5
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
LMS SIGNALS GO TO THE "RIGHT" OF THE C4
BANKS 4, 5, 6, 7
Avoid VREF pins due to their slow IO times. FPGA "RIGHT" BANK Expansion Header
RX_V2
EXP_GPIO_17EXP_SPI_MOSI
EXP_GPIO_18EXP_GPIO_20EXP_GPIO_21EXP_GPIO_23EXP_GPIO_24EXP_GPIO_29EXP_PRSNT
EXP_GPIO_9
TX_V2
RX_V1TX_V1
TX_V2RX_V1RX_V2
TX_V1
EXP_SPI_CLK
EXP_SPI_MISO
EXP_PRSNT
EXP_SPI_MOSI
EXP_GPIO_1
EXP_GPIO_2
EXP_GPIO_17
EXP_GPIO_4
EXP_GPIO_5
EXP_GPIO_7
EXP_GPIO_8
EXP_GPIO_9
EXP_GPIO_10
EXP_GPIO_12
EXP_GPIO_13
EXP_GPIO_15
EXP_GPIO_16
EXP_GPIO_19
EXP_GPIO_20
EXP_GPIO_21
EXP_GPIO_22
EXP_GPIO_24
EXP_GPIO_25
EXP_GPIO_27
EXP_GPIO_28
EXP_GPIO_29
EXP_GPIO_30
EXP_GPIO_32
EXP_GPIO_18
EXP_GPIO_31
EXP_GPIO_23
EXP_GPIO_26
EXP_GPIO_6
EXP_GPIO_3
EXP_GPIO_14
EXP_GPIO_11
EXP_GPIO_16EXP_GPIO_25EXP_GPIO_26EXP_GPIO_27EXP_GPIO_28
EXP_GPIO_31EXP_GPIO_32
EXP_GPIO_30
EXP_SPI_MISO
EXP_SPI_CLK
EXP_GPIO_3EXP_GPIO_4
EXP_GPIO_6EXP_GPIO_5
EXP_GPIO_2EXP_GPIO_15EXP_GPIO_7EXP_GPIO_8
EXP_GPIO_19EXP_GPIO_22
EXP_GPIO_12EXP_GPIO_13EXP_GPIO_14
EXP_GPIO_11
EXP_GPIO_10
EXP_GPIO_1
VCCIO_R_C4
VD3P3
VCCIO_R_C4
VCCIO_R_C4
LMS_RX_IQ_SEL
LMS_RXD0
LMS_RXD3
LMS_RXD4
LMS_RXD5
LMS_RXD6LMS_RXD7
LMS_RXD8LMS_RXD9
LMS_RXD10LMS_RXD11
LMS_TX_IQ_SEL
LMS_TXD0
LMS_TXD1
LMS_RXD2
LMS_TXD2
LMS_TXD3
LMS_TXD4
LMS_TXD5
LMS_TXD6
LMS_TXD7
LMS_TXD8
LMS_TXD9
LMS_TXD10
LMS_TXD11
LMS_RXD1
LMS_RX_CLK_OUTLMS_PLLOUT
LMS_SDIOLMS_SDOLMS_TXENLMS_SEN
LMS_RXENLMS_SCLK
LMS_RESETC4_TX_CLK
LMS_TX_V2
LMS_RX_V2LMS_RX_V1
LMS_TX_V1SI_SDA
SI_SCL
EXP_CLK
V5P0V5P0
V5P0V5P0
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
4 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
4 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
4 14Saturday, March 30, 2013
R57 200R57 200
BANK 6
EP4CE15A115F484
U43I
BANK 6
EP4CE15A115F484
U43I
B6_IO_B21_PADD21B21
B6_IO_B22_PADD22B22
B6_IO_C20_PADD20C20
B6_IO_C21C21
B6_IO_C22C22
B6_IO_D20_VREFD20
B6_IO_D21D21
B6_IO_D22D22
B6_IO_E21_NOEE21
B6_IO_E22_NWEE22
B6_IO_F17F17
B6_IO_F19F19
B6_IO_F20_NAVDF20
B6_IO_F21F21
B6_IO_F22F22
B6_IO_G18_PADD23G18
B6_CLK4G21
B6_CLK5G22
B6_IO_H18_VREFH18
B6_IO_H19H19
B6_IO_H20H20
B6_IO_H21H21
B6_IO_H22H22
B6_IO_J18J18
B6_IO_J21J21
B6_IO_J22J22
B6_IO_K18K18
B6_IO_K19_VREFK19
B6_IO_K21_CLKUSRK21
B6_IO_K22_NCEOK22
B6_IO_L21_CRC_ERRORL21
B6_IO_L22_INIT_DONEL22
R276
1.2K
R276
1.2K
BSH-30-XX-X-D-A
U74
BSH-30-XX-X-D-A
U74
11
33
55
77
99
1111
1313
1515
1717
1919
2121
2323
2525
2727
2929
3131
3333
3535
3737
3939
4141
4343
4545
4747
4949
5151
5353
5555
5757
5959
22
44
66
88
1010
1212
1414
1616
1818
2020
2222
2424
2626
2828
3030
3232
3434
3636
3838
4040
4242
4444
4646
4848
5050
5252
5454
5656
5858
6060
TO
P_P
TH
61
BO
TT
OM
_P
TH
62
R56 200R56 200
BANK 4
EP4CE15A115F484
U43G
BANK 4
EP4CE15A115F484
U43G
B4_IO_R16R16
B4_IO_T15T15
B4_IO_T16T16
B4_IO_U12U12
B4_IO_U14U14
B4_IO_V12_VREFV12
B4_IO_V13V13
B4_IO_V14V14
B4_IO_V15V15
B4_IO_V16_VREFV16
B4_IO_W13W13
B4_IO_W14_VREFW14
B4_IO_W15W15
B4_IO_W17W17
B4_IO_Y13Y13
B4_IO_Y17Y17
B4_CLK13AA12
B4_IO_AA13AA13
B4_IO_AA14AA14
B4_IO_AA15AA15
B4_IO_AA16AA16
B4_IO_AA17AA17
B4_IO_AA18_VREFAA18
B4_IO_AA19AA19
B4_IO_AA20AA20
B4_CLK12AB12
B4_IO_AB13AB13
B4_IO_AB14AB14
B4_IO_AB15AB15
B4_IO_AB16AB16
B4_IO_AB17AB17
B4_IO_AB18AB18
B4_IO_AB19AB19
B4_IO_AB20AB20
TXB0104
U69
TXB0104
U69
VCCA1
A12
A23
A34
A45
NC16
GND7
OE8NC29B410B311B212B113VCCB14
C251
0.01uF
C251
0.01uF
R49 200R49 200
BANK 7
EP4CE15A115F484
U43J
BANK 7
EP4CE15A115F484
U43J
B7_CLK8A12
B7_IO_A13_PADD11A13
B7_IO_A14_PADD9A14
B7_IO_A15_PADD5A15
B7_IO_A16A16
B7_IO_A17_PADD1A17
B7_IO_A18A18
B7_IO_A19A19
B7_IO_A20A20
B7_CLK9B12
B7_IO_B13_PADD12B13
B7_IO_B14_PADD10B14
B7_IO_B15_PADD6B15
B7_IO_B16B16
B7_IO_B17_PADD2B17
B7_IO_B18_PADD0B18
B7_IO_B19B19
B7_IO_B20B20
B7_IO_C13_PADD7C13
B7_IO_C15_VREFC15
B7_IO_C17C17
B7_IO_C19C19
B7_IO_D13_PADD8D13
B7_IO_D15D15
B7_IO_D17_VREFD17
B7_IO_D19D19
B7_IO_E11_PADD13E11
B7_IO_E12E12
B7_IO_E13_VREFE13
B7_IO_E14_PADD3E14
B7_IO_E15E15
B7_IO_E16E16
B7_IO_F11_PADD14F11
B7_IO_F13_PADD4F13
B7_IO_F14F14
B7_IO_F15F15
J55
SMA
J55
SMA
GN
D1
3G
ND
2IN
R274
1.2K
R274
1.2K
BANK 5
EP4CE15A115F484
U43H
BANK 5
EP4CE15A115F484
U43H
B5_IO_M16M16
B5_IO_M19M19
B5_IO_M20M20
B5_IO_M21M21
B5_IO_M22M22
B5_IO_N18N18
B5_IO_N19_VREFN19
B5_IO_N20N20
B5_IO_N21_DEV_CLRNN21
B5_IO_N22_DEV_OEN22
B5_IO_P20_VREFP20
B5_IO_P21P21
B5_IO_P22P22
B5_IO_R17_VREFR17
B5_IO_R19R19
B5_IO_R20R20
B5_IO_R21R21
B5_IO_R22R22
B5_IO_T17T17
B5_IO_T18T18
B5_CLK6T21
B5_CLK7T22
B5_IO_U20U20
B5_IO_U21U21
B5_IO_U22U22
B5_IO_V21V21
B5_IO_V22V22
B5_IO_W19_VREFW19
B5_IO_W20W20
B5_IO_W21W21
B5_IO_W22W22
B5_IO_Y22Y22
B5_IO_AA21AA21
R50 200R50 200
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VCCIO_L_C4 defines the "left" banks of the C4
VCCIO_R_C4 defines the "right" banks of the C4
The left side goes to the FX3, and the right side goes to the LMS.
This power condition is for the 115KE part at 3A
VCCINT @1.2V, MAX 3.1A
VCCA2P5 @ 2.5, MAX 0.1A
VCCIO @1.8V MAX 0.1AFPGA POWER
330uF
330uF
VA2P5
VCCINT_C4VCCIO_R_C4VCCIO_L_C4
VCCINT_C4
VCCA_C4
V1P2PLL_C4
V1P2PLL_C4
VCCIO_L_C4
VCCIO_R_C4
VCCINT_C4
V1P2
VCCA_C4
VCCINT_C4
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
5 14Thursday, November 08, 2012
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
5 14Thursday, November 08, 2012
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
5 14Thursday, November 08, 2012
C236
DNP
C236
DNP
C45
22nF
C45
22nF
C118
4.7 uF
C118
4.7 uF
C275
470nF
C275
470nF
EP4CE15A115F484
U43A
EP4CE15A115F484
U43A
VCCA1T6
VCCA2F18
VCCA3G6
VCCA4U18
VCCD_PLL1U6
VCCD_PLL2E17
VCCD_PLL3F6
VCCD_PLL4V17
VCCINTJ8
VCCINTJ10
VCCINTJ11
VCCINTJ12
VCCINTJ13
VCCINTJ14
VCCINTK9
VCCINTK14
VCCINTL9
VCCINTL14
VCCINTM9
VCCINTM14
VCCINTN9
VCCINTP9
VCCINTP10
VCCINTP11
VCCINTP12
VCCINTP13
VCCINTT13
VCCINTU16
VCCINTU17
VCCINT_V115G4
VCCINT_V115G8
VCCINT_V115G10
VCCINT_V115G12
VCCINT_V115G14
VCCINT_V115G16
VCCINT_V115H9
VCCINT_V115H11
VCCINT_V115H15
VCCINT_V115H17
VCCINT_V115J7
VCCINT_V115J16
VCCINT_V115J17
VCCINT_V115K8
VCCINT_V115K15
VCCINT_V115K17
VCCINT_V115L7
VCCINT_V115L16
VCCINT_V115M8
VCCINT_V115M15
VCCINT_V115N7
VCCINT_V115N14
VCCINT_V115N16
VCCINT_V115P7
VCCINT_V115P14
VCCINT_V115P15
VCCINT_V115P17
VCCINT_V115R6
VCCINT_V115R8
VCCINT_V115R10
VCCINT_V115R12
VCCINT_V115R14
VCCINT_V115R15
VCCINT_V115T7
VCCINT_V115T9
VCCINT_V115T11
VCCINT_V115U8
VCCINT_V115U15
VCCINT_V115V7
VCCIO1D4
VCCIO1F4
VCCIO1K4
VCCIO1_V15H4
VCCIO2N4
VCCIO2U4
VCCIO2W4
VCCIO2_V15R4
VCCIO3W5
VCCIO3W9
VCCIO3W11
VCCIO3AB2
VCCIO3_V15AA6
VCCIO4W12
VCCIO4W16
VCCIO4W18
VCCIO4AB21
VCCIO4_V15Y14
VCCIO5P18
VCCIO5V19
VCCIO5Y19
VCCIO5_V15T19
VCCIO6E19
VCCIO6G19
VCCIO6L19
VCCIO6_V15J20
VCCIO7A21
VCCIO7D12
VCCIO7D14
VCCIO7D16
VCCIO7_V15D18
VCCIO8A2
VCCIO8D5
VCCIO8D9
VCCIO8D11
VCCIO8_V15E8
C120
4.7 uF
C120
4.7 uF
C282
100nF
C282
100nF
C105
4.7 uF
C105
4.7 uF
C119
4.7 uF
C119
4.7 uF
C280
470nF
C280
470nF
EP4CE15A115F484
U43B
EP4CE15A115F484
U43B
GNDA1
GNDA22
GNDC5
GNDC9
GNDC11
GNDC12
GNDC14
GNDC16
GNDD3
GNDE20
GNDF3
GNDG2
GNDG20
GNDH8
GNDJ5
GNDJ9
GNDJ19
GNDK3
GNDK10
GNDK11
GNDK12
GNDK13
GNDL10
GNDL11
GNDL12
GNDL13
GNDL20
GNDM10
GNDM11
GNDM12
GNDM13
GNDN3
GNDN10
GNDN11
GNDN12
GNDN13
GNDP19
GNDU3
GNDV20
GNDW3
GNDY5
GNDY9
GNDY11
GNDY12
GNDY16
GNDY18
GNDY20
GNDAA2
GNDAA22
GNDAB1
GNDAB22
GNDA1U5
GNDA2E18
GNDA3F5
GNDA4V18
GND_V15C18
GND_V15D7
GND_V15D8
GND_V15H3
GND_V15R3
GND_V15T20
GND_V15Y15
GND_V15AB6
GND_V115E10
GND_V115F12
GND_V115F16
GND_V115G7
GND_V115G9
GND_V115G11
GND_V115G13
GND_V115G15
GND_V115G17
GND_V115H10
GND_V115H12
GND_V115H13
GND_V115H14
GND_V115H16
GND_V115J15
GND_V115K7
GND_V115K16
GND_V115L8
GND_V115L15
GND_V115M7
GND_V115N8
GND_V115N15
GND_V115N17
GND_V115P6
GND_V115P8
GND_V115P16
GND_V115R7
GND_V115R9
GND_V115R11
GND_V115R13
GND_V115R18
GND_V115T8
GND_V115T10
GND_V115T12
GND_V115T14
GND_V115U7
GND_V115U13
GND_V115U19
GND_V115V6
GND_V115Y21
+ C299DNP
Tantalum
+ C299DNP
Tantalum
12
C234
10nF
C234
10nF
C116
4.7 uF
C116
4.7 uF
C117
4.7 uF
C117
4.7 uF
L29
MMZ1005S601C
L29
MMZ1005S601C
C125
4.7 uF
C125
4.7 uF
+ C300DNP
Tantalum
+ C300DNP
Tantalum
12
C281
470nF
C281
470nF
C126
4.7 uF
C126
4.7 uF
C278
470nF
C278
470nF
C271
4.7nF
C271
4.7nF
C58
100nF
C58
100nF
C127
4.7 uF
C127
4.7 uF
C283
DNP
C283
DNP
+ C301DNP
4VTantalum
+ C301DNP
4VTantalum
12
C128
4.7 uF
C128
4.7 uF
C274
470nF
C274
470nF
C59
DNP
C59
DNP
C233
22nF
C233
22nF
+ C297100uF
Tantalum
+ C297100uF
Tantalum
12
+ C302DNP4V
Tantalum
+ C302DNP4V
Tantalum
12
C57
4.7nF
C57
4.7nF
C276
470nF
C276
470nF
C235
1uF
C235
1uF
+ C298100uF
Tantalum
+ C298100uF
Tantalum
12
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
In 32-bit GPIF mode UART is (FX3 data pg 33):
GPIO[55](C2)=UART_TX
GPIO[56](D5]=UART_RX
UART_CS was added to allow the FPGA to use the
MISO/MOSI lines to communicate via UART with the FX3.
CS can also be deasserted to write to flash after boot.
FX3 datasheet pg 7:
SPI+USB is primary, USB only should be achievable
SPI+USB on failure - PMODE[2:0] = "0F1"
USB boot - PMODE[2:0] = "F11"
PMODE[2..0] SPI Flash
FLASH VCC : 1.65V ~ 2V
FX3 GPIF + BOOT
Digital 20mA
Please verify this
Add R257 so that SPI-boot works. C4's HIGH-Z state has a
weak pull up, so it can be balanced out with a weak pull-down.
SPI-MISO_UART-TX
SPI-MOSI_UART-RX
GPIF0
GPIF4
GPIF5
GPIF6
GPIF7
GPIF8
GPIF9
GPIF10
GPIF11
GPIF12
GPIF13
GPIF14
GPIF15
GPIF16
GPIF17
GPIF18
GPIF19
GPIF20
GPIF21
GPIF22
GPIF23
GPIF24
GPIF1
GPIF25
GPIF26
GPIF27
GPIF28
GPIF29
GPIF30
GPIF31
FX3_PCLK
GPIF2
GPIF3
FX3_CTL0
FX3_CTL1
FX3_CTL2
FX3_CTL3
FX3_CTL6
FX3_CTL7
FX3_CTL8
FX3_CTL9
FX3_CTL4
FX3_CTL5
FX3_CTL10
FX3_CTL12
FX3_CTL11
PMODE0
PMODE1
PMODE2
PMODE0PMODE1PMODE2
SPI-MISO_UART-TXSPI_CLK
SPI-SSN_UART-CS
SPI-MOSI_UART-RX
SPI_Hold#_flash
SPI_Wp#_flash
SPI-SSN_UART-CS
SPI_CLK
VIO1_FXVIO1_FX
VIO4_FX
VIO4_FX
CVDDQVIO1_FX
FX3_UART_RX
FX3_UART_TX
FX3_PCLK
GPIF0
GPIF1
GPIF5
GPIF4
GPIF6
GPIF7
GPIF8
GPIF9
GPIF10
GPIF11
GPIF12
GPIF13
GPIF14
GPIF15
GPIF16
GPIF17
GPIF18
GPIF19
GPIF20
GPIF21
GPIF22
GPIF23
GPIF24
GPIF25
GPIF26
GPIF27
GPIF28
GPIF29
GPIF30
GPIF31GPIF2
GPIF3
FX3_CTL0
FX3_CTL1
FX3_CTL2
FX3_CTL3
FX3_CTL4
FX3_CTL5
FX3_CTL6
FX3_CTL7
FX3_CTL8
FX3_CTL9
FX3_CTL10
FX3_CTL11
FX3_CTL12
nFX3_UART_CS
FX3_GPIO50
FX3_GPIO51
FX3_GPIO52
Title
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Title
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SEC 1/7
P - PORTVIO1
U2A
FX3
SEC 1/7
P - PORTVIO1
U2A
FX3
INT_N_CTL15L8
DQ0F10
DQ1F9
DQ10K11
DQ11L10
DQ12K10
DQ13K9
DQ14J8
DQ15G8
PCLKJ6
CTL0K8
CTL1K7
CTL2J7
DQ2F7
CTL3H7
CTL4G7
CTL5G6
CTL6K6
CTL7H8
CTL8G5
CTL9H6
CTL10K5
CTL11J5
CTL12H5
DQ3G10
PMODE0G4
PMODE1H4
PMODE2L4
DQ4G9
DQ5F8
DQ6H10
DQ7H9
DQ8J10
DQ9J9
RESET_NC5
R610KR610K
C3412.2uFC3412.2uF
R710KR710K
R247100K R247100K
R2484.7K R2484.7KTP10TP10
S0 - PORT
SEC 2/7
VIO2
U2B
FX3
S0 - PORT
SEC 2/7
VIO2
U2B
FX3
DQ16K2
DQ17J4
DQ18K1
DQ19J2
DQ20J3
DQ21J1
DQ22H2
DQ23H3
DQ24F4
DQ25G2
DQ26G3
DQ27F3
GPIO45F2
TP12TP12
R2494.7K R2494.7K
TP11TP11
R8DNPR8DNP
R251
DNP
R251
DNP
C77
0.1uF
C77
0.1uF
R910KR910K
R2574.7K R2574.7K
R10DNPR10DNP
R2504.7K R2504.7K
J68SWITCH
J68SWITCH
1
A
2
B
S1 - PORT
SEC 3/7
VIO3
VIO4
U2C
FX3
S1 - PORT
SEC 3/7
VIO3
VIO4
U2C
FX3
DQ28F5
DQ29E1
DQ30E5
DQ31E4
I2S-CLKD1
I2S-SDD2
I2S-WSD3
UART-RTS_SPI-SCKD4
UART-CTS_SPI-SSNC1
UART-TX_SPI-MISOC2
UART-RX_SPI-MOSID5
I2S-MCLKC4
U26
PART_NUMBER = MX25U3235EM2I-10G
Manufacturer = Macronix
U26
PART_NUMBER = MX25U3235EM2I-10G
Manufacturer = Macronix
HOLD7
VCC8
CS1
Q2
C6
D5
VSS4
W/VPP3
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
FX3 JTAG
FX3 DEBUG + CLOCK SEL
FX3 datasheet pg 8:
38.4MHz input CLK - FSLC[2:0] = "110"
FSLC[2..0]
DEBUG TPsDebug LED
FPGA Version Resistor
N_SRST
TCK
RTCK
TDI
TDO
TRST_N
TMS
TCK
TDI
TDO
TMS
TRST_N
FX3_I2C_SCL
FX3_I2C_SDA
CHARGER_DETECT
FSLC2 FSLC1 FSLC0
FSLC2
FSLC1
FSLC0
FSLC0
FSLC1
FSLC2
XTALIN
XTALOUT
CLKIN_32
CHARGER_DETECT
FX3_I2C_SCL
FX3_I2C_SDA
VIO5_FXVIO5_FX
CVDDQ CVDDQ
FX3_CLK
Title
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D10
LTST-C190KGKT
D10
LTST-C190KGKTR210KR210K
TP6TP6
R54
10K
R54
10K
TP1TP1
R55
10K
R55
10K
R310
DNP
R310
DNP TP2TP2
TP3TP3
R310KR310K
XTAL / CLK
SEC 5/7
CVDDQ
U2E
FX3
XTAL / CLK
SEC 5/7
CVDDQ
U2E
FX3
CLKIND7
CLKIN_32D6
FSLC0B2
FSLC1B4
FSLC2E6
XTALINC6
XTALOUTC7
R51
10K
R51
10K
R110KR110K
SEC 6/7
MISCVIO5
U2F
FX3
SEC 6/7
MISCVIO5
U2F
FX3
I2C-GPIO58_SCLD9
I2C-GPIO59_SDAD10
I2C-GPIO60_CHARGER-DETECTD11
TCKF6
TDIE7
TDOC10
TMSE8
TRST_NB11
R52
10K
R52
10K
JTAG_ICE_CONN
J51
N2520-6002-RB
PART_NUMBER = N2520-6002-RBManufacturer = 3M
JTAG_ICE_CONN
J51
N2520-6002-RB
PART_NUMBER = N2520-6002-RBManufacturer = 3M
VT_REF1
N_TRST3
TDI5
TMS7
TCK9
RTCK11
TDO13
N_SRST15
DBGRQ17
DBGACK19
V_SUPPLY2
GND14
GND26
GND38
GND410
GND512
GND614
GND716
GND818
GND920
C2320.01uF
C2320.01uF
R53
10K
R53
10K
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
USB3.0 MICRO TYPE B
ESD DEVICE
USB Positive Overvoltage
Protection Controller
USB CONNECTIONS
VBUS_IN
OTG_ID
SS_DM
SS_TX_P
SS_DP
SS_TX_M
SS_RX_M
SS_RX_P
OTG_ID
SS_RX_MSS_RX_P
SS_RX_MSS_RX_P
SS_TX_MSS_TX_P
SS_TX_MSS_TX_P
SS_RX_PSS_RX_M
USB3_VBUS
FLAG
VBUS_IN
VBUS_IN
SS_DPSS_DM
OTG_ID
SS_TX_P
SS_TX_M
USB3_VBUS
VBUS_IN
Title
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J48
USB_3Manufacturer = AmphenolPART_NUMBER = GSB343133HR
J48
USB_3Manufacturer = AmphenolPART_NUMBER = GSB343133HR
VBUS1
D-2
D+3
ID4
GND15
MICRO_SSTX-6
MICRO_SSTX+7
GND28
MICRO_SSRX-9
MICRO_SSRX+10
SHIELD111
SHIELD212
SHIELD313
SHIELD414
SHIELD515
SHIELD616
R190 1MR190 1M
TP7TP7
C43 0.1uFC43 0.1uF
L5
BLM21PG221SN1D
L5
BLM21PG221SN1D
C46 0.1uFC46 0.1uF
R47200 R47200
L2
BLM21PG221SN1D
L2
BLM21PG221SN1D
U9
ESD Protector
PART_NUMBER = SP3010-04UTGManufacturer = Littlefuse
U9
ESD Protector
PART_NUMBER = SP3010-04UTGManufacturer = Littlefuse
88
77
66
5544
33
2211
1010
99
C185
1uF
C185
1uF
R486.04K / 1% R486.04K / 1%
U37
NCP361SNT1G
PART_NUMBER = NCP361SNT1G
Manufacturer = ON Semiconductor
U37
NCP361SNT1G
PART_NUMBER = NCP361SNT1G
Manufacturer = ON Semiconductor
IN1
GND2
OUT5
FLAG4
EN_L3
C4 0.1uFC4 0.1uF
SEC 4/7
U - PORT
VBUS/VBAT
VBUS/VBAT
VBUS
U2D
FX3
SEC 4/7
U - PORT
VBUS/VBAT
VBUS/VBAT
VBUS
U2D
FX3
DPA9
OTG_IDC9
R_USB2C8
R_USB3B3
SSRXMA3SSRXPA4
SSTXMA6SSTXPA5
VBUSE11
DMA10
NCA11
C186
1uF
C186
1uF
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
U3RX_VDDQ = V1P2
U3TX_VDDQ = V1P2
AVDD = V1P2
CVDDQ = V1P8
VDD = V1P2
VIO1 = V1P8
VIO2 = V1P8
VIO3 = V1P8
VIO4 = V1P8
VIO5 = V1P8
U3RX_VDDQ
U3TX_VDDQ
AVDD
VDD
VIO1 VIO2
VIO3 VIO4 VIO5
CVDDQ
FPGA VCCIO
VDD+AVDD 1.2V@200mAU3VDDQ 1.8@60mA
FX3 POWER
Changed C103 from 2.2uF to 4.7uF
VIO3_FX
CVDDQ
AVDD_FX
VIO4_FXU3TX_VDDQ
VIO1_FX
VIO5_FX
VIO2_FX
U3RX_VDDQ
VDD_FX
VIO5_FX
AVDD_FX
U3TX_VDDQ
VIO1_FX
VDD_FX
VIO4_FX
VIO2_FX
VIO3_FX
U3RX_VDDQ
V1P2
V1P2
CVDDQ
V1P2
V1P2
VIO1_FX
VCCIO_L_C4
VD1P8
Title
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9 14Sunday, March 03, 2013
Title
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Date: Sheet of
<Doc> A
Nuand
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Title
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Date: Sheet of
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Nuand
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C91
0.1uF
C91
0.1uF
C114
0.1uF
C114
0.1uF
C88
0.01uF
C88
0.01uF
C83
0.1uF
C83
0.1uF
C102
0.1uF
C102
0.1uF
C113
0.01uF
C113
0.01uF
FB9
MPZ2012S601A
FB9
MPZ2012S601A
C78
0.1uF
C78
0.1uF
FB7
MPZ2012S601A
FB7
MPZ2012S601A
C109
0.01uF
C109
0.01uF
C79
0.1uF
C79
0.1uF
C86
0.1uF
C86
0.1uF
C82
0.01uF
C82
0.01uF
C84
0.1uF
C84
0.1uF
C115
0.01uF
C115
0.01uF
FB6
MPZ2012S601A
FB6
MPZ2012S601A
C87
0.1uF
C87
0.1uF
C81
0.01uF
C81
0.01uF
FB4
MPZ2012S601A
FB4
MPZ2012S601A
SEC 7/7
POWER
U2G
FX3
SEC 7/7
POWER
U2G
FX3
AVDDA7
AVSSB7
CVDDQB6
VDD8B10
VIO5C11
VIO4B1
VIO1_1L9
VIO1_2H11
VIO2F1
VIO3E3
VDD6L5
VDD7J11
U2AFEVSSQB9
U2PLLVSSQB8
U3RXVDDQA2
U3TXVDDQB5
U3VSSQA1
VBATE10
VDD1H1
VDD2C3
VDD3L7
VDD4E9
VDD5F11
VSS1G1
VSS2L1
VSS3E2
VSS4L6
VSS5D8
VSS6G11
VSS7L11
VSS8K4
VSS9L3
VSS10K3
VSS11L2
VSS12A8
C89
0.1uF
C89
0.1uF
FB8
MPZ2012S601A
FB8
MPZ2012S601A
C103
4.7 uF
C103
4.7 uF
C80
0.1uF
C80
0.1uF
C110
0.1uF
C110
0.1uF
C104
0.1uF
C104
0.1uF
C106
0.1uF
C106
0.1uF
C36322uFC36322uF
C90
0.01uF
C90
0.01uF
C107
0.01uF
C107
0.01uF
C108
0.1uF
C108
0.1uF
C85
0.01uF
C85
0.01uF
C36422uFC36422uF
C111
0.01uF
C111
0.01uF
FB5
MPZ2012S601A
FB5
MPZ2012S601A
C112
0.1uF
C112
0.1uF
C36722uFC36722uF
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
PVDDAD33[A-D] are the
ADC/DAC IO buf Vref pins
PVDDVGGmust be 3.3V
Analog 1.8V Digital 1.8V
PVDDSPI33 is a Vref forthe SPI + PLLCLK.Pin 71,74 need split plane
PLLCLK is Vref'd by PVDDSPI33
Pin 34 is further away from the
other pins so parts are replicated
Analog 3.3VAnalog 573.547mA
22mA
Digital 45.51mAAnalog 40mALMS DIGITAL Digital 1.8V
Total 22mA
ESD supply higher current
Needs MPZ2012S601A
LMS_TX_CLKLMS_TX_IQ_SELLMS_TXD0LMS_TXD1LMS_TXD2LMS_TXD3LMS_TXD4LMS_TXD5LMS_TXD6LMS_TXD7LMS_TXD8LMS_TXD9LMS_TXD10LMS_TXD11
LMS_RXENLMS_RX_CLK
LMS_RX_IQ_SELLMS_RXD0LMS_RXD1LMS_RXD2LMS_RXD3LMS_RXD4LMS_RXD5LMS_RXD6LMS_RXD7LMS_RXD8LMS_RXD9LMS_RXD10LMS_RXD11
LMS_SENLMS_SCLKLMS_SDIOLMS_SDO
LMS_RESET
RXVCCPLL18RAVDD18
TXVDDVCO18
RXVDDVCO18
LMS_RX_CLK_OUT
LMS_RESET
LMS_TX_EN
LMS_RXEN
VCCIO_R_C4
V3P3_RX_LMS
V3P3_TX_LMS
VD1P8
V3P3_TX_LMS
VD3P3
VA1P8
V3P3_TX_LMS
VCCIO_R_C4
V3P3_RX_LMS
VCCIO_R_C4_CLK
VD1P8
LMS_TXD1LMS_TXD2LMS_TXD3
LMS_TXD0
LMS_TXD4
LMS_TXD6LMS_TXD7LMS_TXD8
LMS_TXD5
LMS_TXD9
LMS_TXENLMS_TX_CLKLMS_TX_IQ_SEL
LMS_TXD11LMS_TXD10
LMS_RESET
LMS_SENLMS_SCLKLMS_SDIOLMS_SDO
LMS_RXD0LMS_RXD1LMS_RXD2LMS_RXD3LMS_RXD4LMS_RXD5LMS_RXD6LMS_RXD7LMS_RXD8LMS_RXD9LMS_RXD10LMS_RXD11
LMS_RX_IQ_SELLMS_RX_CLKLMS_RXEN
LMS_RX_CLK_OUT
LMS_CLK
Title
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Date: Sheet of
<Doc> A
Nuand
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10 14Tuesday, March 19, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
10 14Tuesday, March 19, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
10 14Tuesday, March 19, 2013
L21
MMZ0603S601C
L21
MMZ0603S601C
C1991uFC1991uF
C1880.1uFC1880.1uF
L24MMZ0603S601C
L24MMZ0603S601C
L16
MMZ0603S601C
L16
MMZ0603S601C
C1970.1uFC1970.1uF
C2020.1uFC2020.1uF
C20610uFC20610uF
L19
MMZ0603S601C
L19
MMZ0603S601C
C1960.1uFC1960.1uF
L17
MMZ0603S601C
L17
MMZ0603S601C
R261
22
R261
22
L22MMZ0603S601C
L22MMZ0603S601C
C2000.1uFC2000.1uF
C2081uFC2081uF
L8
MMZ0603S601C
L8
MMZ0603S601C
L14
MMZ0603S601C
L14
MMZ0603S601C
TP13TP13
L25
MMZ0603S601C
L25
MMZ0603S601C
C20510uFC20510uF
L20
MMZ0603S601C
L20
MMZ0603S601C
L11
MMZ0603S601C
L11
MMZ0603S601C
C1890.1uFC1890.1uF
TP14TP14
L26
MMZ0603S601C
L26
MMZ0603S601C
C1940.1uFC1940.1uF
R290DNPR290DNP
L23
MMZ0603S601C
L23
MMZ0603S601C
C1910.1uFC1910.1uF
C1900.1uFC1900.1uF
C2041uFC2041uF
C2310.01uF
C2310.01uF
C2031uFC2031uF
R288100KR288100K
L56
MMZ1005S601C
L56
MMZ1005S601C
R260
22
R260
22
C2470.1uFC2470.1uF
L9
MMZ0603S601C
L9
MMZ0603S601C
C1930.1uFC1930.1uF
L10
MMZ0603S601C
L10
MMZ0603S601C
L30
MMZ0603S601C
L30
MMZ0603S601C
L18
MMZ0603S601C
L18
MMZ0603S601C
C1980.1uFC1980.1uF
C2071uFC2071uF
L15
MMZ0603S601C
L15
MMZ0603S601C
LMS6002D
U1A
LMS6002D
U1A
RDVDD1833
TXVCCPLL1861
TRXVDDDSM1872
VSPI1873
RXVCCPLL1883
RAVDD1835
TDVDD1836
TXVDDVCO1860
RXVDDVCO1884
TAVDD3337
PVDDSPI3374
PVDDAD33A1
PVDDVGG7
PVDDAD33B12
PVDDAD33C18
PVDDAD33D34
TXVCCLPF3343
TXVCCMIX3345
TXVCCDRV3349
TXPVDD3347
RXVCCMIX3390
RXVCCLNA33101
RXPVDD33107
RXVCCTIA33109
RXVCCLPF33111
RXVCCVGA33112
TXPVDDPLL33A58
TXPVDDPLL33B62
TXVCCVCO3359
TXVCCCHP3363
RXVCCCHP3378
RXVCCLOB3379
RXVCCVCO3382
RXVCCPLL3385
RXPVDDPLL33A86
RXPVDDPLL33B81
GLOBAL_GND117
L57
MMZ1005S601C
L57
MMZ1005S601C
C1920.1uFC1920.1uF
C1950.1uFC1950.1uF
R289DNPR289DNP
LMS6002D
U1B
LMS6002D
U1B
PLLCLK71
TXEN66
TX_CLK19
TX_IQ_SEL20
TXD021
TXD122
TXD223
TXD324
TXD425
TXD526
TXD627
TXD728
TXD829
TXD930
TXD1031
TXD1132
RXEN76
RX_CLK17
RX_IQ_SEL16
RXD015
RXD114
RXD213
RXD310
RXD411
RXD58
RXD69
RXD76
RXD85
RXD94
RXD103
RXD112
RESET75
SEN67
SCLK70
SDIO69
SDO68
RX_CLK_OUT40
TSTD_OUT165TSTD_OUT277
L7
MMZ0603S601C
L7
MMZ0603S601C
C1870.1uFC1870.1uF
C2010.1uFC2010.1uF
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
LMS ANALOG + RF
300MHz - 2.8GHz
1.5GHz - 3.8GHz
1.5GHz - 3.8GHz
300MHz - 2.8GHz
RF Shield tabs
V3P3_TX_LMS
V3P3_TX_LMS
LMS_RX_V1
LMS_RX_V2
LMS_TX_V2
LMS_TX_V1
LMS_PLLOUT
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
11 14Tuesday, March 19, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
11 14Tuesday, March 19, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
11 14Tuesday, March 19, 2013
C237
1uF
C237
1uF
R26851R26851
C328
100pF
C328
100pF
C31720pFC31720pF
J60
PWR_HDR6
J60
PWR_HDR6
1
2
3 4
6
5
C224
0.1uF
C224
0.1uF
RFSHIELDTAB
U70
RFSHIELDTAB
U70
GND1
L43 2.7nHL43 2.7nH
C240
1uF
C240
1uF
R26951R26951
R28251R28251
C226
0.1uF
C226
0.1uF
C32120pFC32120pF
R2706800R2706800
ESD0P8RFL
U41
ESD0P8RFL
U41
3D
2N
4D
1P
1D
1N
2D
2P
R27951R27951
L32 2.7nHL32 2.7nH
L37DNPL37DNP
ESD0P8RFL
U46
ESD0P8RFL
U46
3D
2N
4D
1P
1D
1N
2D
2P
C209470pFC209470pF
L44 2.7nHL44 2.7nH
C2150.1uFC2150.1uF J53
SMA
J53
SMA
GN
D1
3G
ND
2IN
C31820pFC31820pF
C2108.2nFC2108.2nF
R263
1.2K
R263
1.2K
L36
TC1-1-43+
L36
TC1-1-43+
1SD
2 NC3 S 4P
6PD
R265
1.2K
R265
1.2K
C2458.2nFC2458.2nF
J54
SMA
J54
SMA
GN
D1
3G
ND
2IN
C211150pFC211150pF
L40
TC1-1-13M
L40
TC1-1-13M
1SD
2 NC3 S 4P
6PD
C2468.2nFC2468.2nF
C223
DNP
C223
DNP
C331
6.8pF
C331
6.8pF
L33 2.7nHL33 2.7nH
C32320pFC32320pF
R27112KR27112K
C2438.2nFC2438.2nF
C3163.6pFC3163.6pF
C3243.6pFC3243.6pF
R272390R272390
RFSHIELDTAB
U73
RFSHIELDTAB
U73
GND1
L3436nHL3436nH
AS211-334
U62
AS211-334
U62
J31
GND2
J23
V14
J15
V26
C2448.2nFC2448.2nF
L3536nHL3536nH
C322
6.8pF
C322
6.8pF
C31920pFC31920pF
L31
TC1-1-13M
L31
TC1-1-13M
1SD
2 NC3 S 4P
6PD
C309
20pF
C309
20pF
AS211-334
U63
AS211-334
U63
J31
GND2
J23
V14
J15
V26
TP17TP17
R264820R264820
RFSHIELDTAB
U72
RFSHIELDTAB
U72
GND1
L42
TC1-1-43+
L42
TC1-1-43+
1SD
2 NC3 S 4P
6PD
C32020pFC32020pF
C31020pF
C31020pF
C212470pFC212470pF
C225
DNP
C225
DNP
C3123.6pFC3123.6pF
J61
PWR_HDR6
J61
PWR_HDR6
1
2
34
6
5
R26651R26651
C3253.6pF
C3253.6pF
C3143.6pFC3143.6pF
L3836nHL3836nH
C213150pFC213150pF
C3133.6pFC3133.6pF
L41DNPL41DNP
RFSHIELDTAB
U71
RFSHIELDTAB
U71
GND1
R262820R262820
LMS6002D
U1D
LMS6002D
U1D
TXOUT1P48
TXOUT1N50
TXOUT2N44
TXOUT2P46
OEXLNA1P91
IEXMIX1P92
IEXMIX1N94
OEXLNA1N95
RXIN1EP97
RXIN1EN99
RXIN1P96
RXIN1N98
RXIN2P100
RXIN2N102
OEXLNA2P103
IEXMIX2P104
IEXMIX2N106
OEXLNA2N105
RXIN3P108
RXIN3N110LMS6002D
U1C
LMS6002D
U1C
TXINIP52
TXININ51
TXINQP54
TXINQN56
TXCPOUT64
TXVTUNE57
RXOUTIP116
RXOUTIN115
RXOUTQP113
RXOUTQN114
RXCPOUT80
RXVTUNE87
XRES12K89
XRESAD39
VREFAD38
ATP42
PLLCLKOUT41
UNUSED53
UNUSED55
UNUSED88
UNUSED93
C3263.6pF
C3263.6pF
R26751R26751
C2148.2nFC2148.2nF
L3936nHL3936nH
C3153.6pFC3153.6pF
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
These caps have to be close
to their respective Vref pins.
CLOCKS
Digital 10mA
Digital 1mA
1.32KHz RC filter
Cap goes
between 2 and 4
Analog 2mA
SMB_CAP
SMB_CAP
SMB_CAP
V1P8_CLK
V1P8_CLK
V3P58
VCCIO_L_C4
VCCIO_R_C4_CLK
VA2P5V3P3_RX_LMS
VCCIO_R_C4
LMS_CLK
DAC_SDODAC_SDIDAC_SCLKDAC_CSB
EXP_CLK
C4_CLK
LMS_TX_CLK
LMS_RX_CLK
SI_SCLSI_SDA
C4_TX_CLK
FX3_CLK
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
12 14Tuesday, March 19, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
12 14Tuesday, March 19, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
12 14Tuesday, March 19, 2013
TP40TP40
L50MMZ1005S601C
L50MMZ1005S601C
L46
MMZ1005S601C
L46
MMZ1005S601C
C2290.01uFC2290.01uF
TP29TP29
L47
MMZ1005S601C
L47
MMZ1005S601C
CDC3RL02
U67
CDC3RL02
U67
VBATTA1
VLDOB1
MCLK_INC1
GNDD1
CLK_OUT1A2
CLK_REQ1B2
CLK_REQ2C2
CLK_OUT2D2
R277
1.2K
R277
1.2K
C3480.022uF
C3480.022uFL53
MMZ1005S601C
L53
MMZ1005S601C
R284200R284200
C2201uFC2201uF
C2300.1uFC2300.1uF
C2270.01uFC2270.01uF
TC1014-3.0VCT713
U55
TC1014-3.0VCT713
U55
VIN1
GND2
SHDN3
BYPASS4
OUT5
C2180.1uFC2180.1uF
C3651uFC3651uF
D1LTST-C190KGKT
D1LTST-C190KGKT
Si5338
U68
Si5338
U68
IN11
IN22
IN33
IN44
IN55
IN66
CLK2B13CLK2A14VDDO215
VDDO116
CLK1B17CLK1A18
SDA19
VDDO020
CLK0B21
CLK0A22
RS
VD
_G
ND
23
VD
D2
24
VD
D1
7
INTR8 CLK3B
9CLK3A10VDDO311
SCL12
GN
D_P
AD
25
C2281uF
C2281uF
TP30TP30
J62
SMB
J62
SMB
3G
ND
1IN
2
GN
D5
GN
D
4
GN
D
L51
MMZ1005S601C
L51
MMZ1005S601C
C362470pFC362470pF
TP31TP31C3450.022uFC3450.022uFTP32TP32TP33TP33
C2190.1uFC2190.1uF
L55
MMZ1005S601C
L55
MMZ1005S601C
TP34TP34
C2210.1uFC2210.1uF
ASVTX-12-A-38.400MHZ-H10-T
U42
ASVTX-12-A-38.400MHZ-H10-T
U42
CLK3
VC
C1
VD
D4
GND2
L48
MMZ1005S601C
L48
MMZ1005S601C
C2160.1uFC2160.1uF
DAC161S055
U56
DAC161S055
U56
VA
1
VOUT2
NC13
NC24
NC35
VR
EF
6
GN
D7
NC48
SDO9
SCLK10 SDI11
CSB12
LDACB13
CLRB14
MZ
B15
VDDIO16
GN
D_P
AD
17
C2220.1uFC2220.1uF
R275
1.2K
R275
1.2K
C2170.1uFC2170.1uF
C248
0.01uF
C248
0.01uF
L28
MM
Z1005S
601C
L28
MM
Z1005S
601C
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
19.5mOhm
2mOhm
2mOhm
Ceramic caps will suffice
Ceramic caps will suffice
Analog 3.3V 280mA / 500mA
Analog 3.3V 220mA / 500mA
Digital 3.3V 106mA / 200mA
Digital 1.8V 190mA / 400mA
Analog 1.8V ~100mA / 200mA
1.2V (min:200mA, typ:800mA) / 3100mA / 90% eff
3.58V ~800mA / 1300mA / 95% eff
POWER DISTRIBUTIONThe idea is to drop to 1.2V and 3.58V with SMPS.
Then drop to 3.3, 2.5, 1.8 from the 3.58V SMPS.
LMS - 67.1mA
FPGA - 25mA
FX3 - 25 mA
Clocks - XOs - 20mA
SPI flash - 20mA max (verify this)
10mOhm
2mOhm
2mOhm
VDO @ 200mA typ:90mV max:160mV
VDO @ 500mA 100mV
VDO @ 500mA 100mV
2mOhm
Analog 2.5V 30mA / 100mA
V3P58
V3P58
V3P58
V3P58
V3P58
V3P58
V3P58
V1P2
V3P58
VA1P8
VD1P8
V3P3_RX_LMS
V3P3_TX_LMS
V1P2
VD3P3
VA2P5
V5P0
V5P0
Title
Size Document Number Rev
Date: Sheet of
Power A
Nuand
B
13 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
Power A
Nuand
B
13 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
Power A
Nuand
B
13 14Saturday, March 30, 2013
C3611uFC3611uF
C3352.2uFC3352.2uF
R28036.5KR28036.5K
C3496.8nFC3496.8nF
C3382.2uFC3382.2uF
C35922uFC35922uF
C3572.2uFC3572.2uF
C3440.01uFC3440.01uF
C3581uFC3581uF
R3041R3041
C35022uFC35022uF
R28110.5KR28110.5K
TC1185-2.5VCT713
U66
TC1185-2.5VCT713
U66
VIN1
GND2
SHDN3
BYPASS4
OUT5
C366470pFC366470pF
C3511uFC3511uF
FB14
MPZ2012S601A
FB14
MPZ2012S601A
R299154KR299154K
FB11
MPZ2012S601A
FB11
MPZ2012S601A
TPS79933DDCT
U65
TPS79933DDCT
U65
EN3 IN1
GND2
OUT5
NR/FB4
R3051R3051
C3462.2uFC3462.2uF
R3034.32KR3034.32K
C3305.6nFC3305.6nF
C3391uFC3391uF
C35422uFC35422uF
L49
4uH
L49
4uH
C3552.2uFC3552.2uF
FB15
MPZ2012S601A
FB15
MPZ2012S601A
C36822uFC36822uF
TPS79533DCQR
U54
TPS79533DCQR
U54
EN1
IN2
GND3
OUT4
NR/FB5
GND6
C3420.01uFC3420.01uF
R30011.8KR30011.8K
C3470.01uFC3470.01uF
R285100KR285100K
FB12
MPZ2012S601A
FB12
MPZ2012S601A
C3402.2uFC3402.2uF
TPS73618DBVT
U50
TPS73618DBVT
U50
IN1
GND2
EN3
OUT5
NR4
R3015.9KR3015.9K
C3276.8nFC3276.8nF
C3562.2uFC3562.2uF
TPS79318DBVR
U49
TPS79318DBVR
U49
IN1
GND2
EN3
OUT5
NR4
C3600.1uFC3600.1uF
FB16
MPZ2012S601A
FB16
MPZ2012S601A
C32922uFC32922uF
C3360.01uFC3360.01uF
R306
49.9K
R306
49.9K
C35210nFC35210nF
R2832.32KR2832.32K
FB13
MPZ2012S601A
FB13
MPZ2012S601A
C3432.2uFC3432.2uF
R302
49.9K
R302
49.9K
TPS79533DCQR
U53
TPS79533DCQR
U53
EN1
IN2
GND3
OUT4
NR/FB5
GND6
LM20145
U58
LM20145
U58
SS/TRK1
FB2
PGOOD3
COMP4
NC5
PVIN6 PVIN7
SW8SW9
PG
ND
10
PG
ND
11
EN12
VCC13
AVIN14
AG
ND
15
RT16
GN
DP
AD
17
LM20143
U48
LM20143
U48
SS/TRK1
FB2
PGOOD3
COMP4
NC5
PVIN6 PVIN7
SW8SW9
PG
ND
10
PG
ND
11
EN12
VCC13
AVIN14
AG
ND
15
RT16
GN
DP
AD
17
C3330.01uFC3330.01uF
C3342.2uFC3342.2uF
L45
3.3uH
L45
3.3uH
C33222uFC33222uF
C3530.1uFC3530.1uF
C3372.2uFC3372.2uF
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Scatter these testpoints throughout the design.
Testpoints will be PTH
POWER SELECTION + DEBUG
Jumpered power selection
DC barrel vs USB3 bus
VDC
VBUS_IN
V5P0
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
14 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
14 14Saturday, March 30, 2013
Title
Size Document Number Rev
Date: Sheet of
<Doc> A
Nuand
B
14 14Saturday, March 30, 2013
+ C122
100uF_10V
+ C122
100uF_10V
+ C124
330uF_10V
+ C124
330uF_10V
+C121
100uF_10V
+C121
100uF_10V
+C123
330uF_10V
+C123
330uF_10V
TP39TP39
J49
RAPC712X
PART_NUMBER = RAPC712XManufacturer = Switchcraft Inc.
J49
RAPC712X
PART_NUMBER = RAPC712XManufacturer = Switchcraft Inc.
3
21
J70
PWR_HDR6
J70
PWR_HDR6
1
2
3 4
6
5
TP23TP23
