Atmel SAM E series micro controller

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1 ATSAME70QA-CN (u) f f g g g g7 ana d pll f7 pllusb e utmi e hsdm b hsdp a jtagsel b nrst h pa0 c pa d pa0 l9 pa j9 pa l0 pa m pa k pa l pa k pa7 j pa8 h pa9 h pa e pa0 h pa k pa k pa l pa l7 pa k8 pa j8 pa7 j0 pa8 c9 pa9 a pa f pa0 a0 pa c8 pa k pa m pa b9 pa7 l pa8 m pa9 m pb0 h pb g pb g pb b pb j pb j pb a pb c0 pb j pb7 f9 pb8 a pb9 a pc0 e pc j pc0 f0 pc f pc f pc g pc e0 pc g pc d pc7 b pc8 b0 pc9 d8 pc k pc0 a9 pc a7 pc c7 pc c pc b pc c pc f pc7 e pc8 l pc9 f pc l pc0 f pc e pc j pc l8 pc k7 pc7 m pc8 j pc9 g pd0 d pd b pd0 c pd e pd g0 pd g9 pd h0 pd a pd k pd7 l pd8 m0 pd9 m9 pd a pd0 k9 pd h9 pd m8 pd m7 pd m pd m pd l pd7 j pd8 k0 pd9 d0 pd b7 pd0 m pd d pd d pd d7 pd a8 pd7 b8 pd8 e9 pd9 d9 pe0 c pe a pe b pe e pe k pe l tst h vbg c vddcore e8 vddcore h vddcore h8 vddin c vddio g8 vddio h vddio h7 vddout c vddpll j7 vddpllusb f8 vddutmic b vddutmii e7 vrefn d vrefp d C C e-7 C e-7 C e-7 C I C8 e-7 C9 e-7 C0 e-7 C e-7 C e-7 C e-7 C I 70 I 70 C e-7 C e-7 C7 e-7 C8 e-7 C9 e-7 C0 e-7 C e-7 C.e- C.e- C.e- C.e- C e- R 0 R 000 R 0000 R 700 R 700 proc_cantx0 proc_canrx0 proc_twck0 proc_twd0 proc_twck proc_twd proc_isc0_ck proc_isc0_do proc_isc0_ws proc_isc0_di proc_gmdc R8 700 proc_gmdio R8 700 proc_gtx proc_gtx proc_gtx proc_gtx0 proc_gtxen proc_gcol proc_gcrs proc_gtxck proc_grx proc_grx proc_grx proc_grx0 proc_grxdv proc_grxer proc_grxck proc_qsck proc_qio0 proc_qio proc_qio proc_qio proc_qcs proc_mccda proc_mcda0 proc_mcda proc_mcda proc_mcda proc_mcck proc_swclk proc_swdio proc_traceswo proc_utxd proc_urxd proc_rts proc_cts proc_hsdp proc_hsdm proc_usb_vbus_detect clk_crystal_u/l clk_crystal_u/m clk_crystal_u/a clk_crystal_u/a rst_u_nrst R max99al (u) flag_b in on_b out seti C C e-7 R 800 net_u_ net_u_ net_u_ net_u_ vcc_tier_ Atmel SAM E series micro controller

2 ode warrior and DStream Header, Shrouded 0.00 (.7mm) rows Pins e-7 C7 vtref 7 rst_out_u_jtag_rst_b jtag_rst_b 0 R FTSH-0-0-L-DV-K (u) swclk proc_swclk R swdio proc_swdio R detect swdo proc_traceswo 9 R0

3 Ethernet transceiver with Rj having Integrated Magnetics e-0 C0 C I 00 C9 C 7 proc_gmdc rst_u_nrst R 700 R 00 proc_gtxck mdc nrst rbias txclk vdda vdda vddcr vddio crs crs_dv int_b 8 led proc_gcrs proc_gcol R 700 R9 700 net_u_ proc_gtx0 txd0 led net_u_ proc_gtx proc_gtx proc_gtx proc_gtxen clk_u/ txd txd txd txen xtal_clkin xtal LAN870AI-EZK (u) mdio rxclk 7 rxd0 rxd 0 rxd 9 rxd 8 rxdv rxer rxn 0 rxp txn 8 txp 9 net_u_ net_u_ net_u_ net_u_ proc_gmdio proc_grxck R 700 proc_grx0 R 700 proc_grx R 700 proc_grx R 700 proc_grx R7 700 proc_grxdv proc_grxer R 700 R0 9 R8 9 R7 9 R 9 vss net_u_ p 0 p0 net_u_ R 00 p p net_u_ p net_u_ p 7980R (u) net_u_ p C8.e-8 p net_u_ p net_u_ R 0 R p8 p9 shield shield R 0

4 LTC80CGN-#PBF (u) cap 0 8 on_off_b rin rout rin rout sw 7 tin tout tin tout vcc vdd vee 9 vl C I C C.e-7 C R8 000 C proc_cts proc_utxd proc_rts proc_urxd R (u7) net_u7_ net_u7_ net_u7_ net_u7_ net_u7_7 net_u7_7 net_u7_8 net_u7_8 UART transceiver with DB9/Male Header

5 IC EEPROM Memory having capacity KBit-Kbit e-8 C8 8 vcc R0 700 a0 sda proc_twd0 R7 700 R 700 R 700 proc_twck0 R9 700 R a ATC0D-SSHM-T (u8) a scl wp

6 IC EEPROM Memory having capacity KBit-Kbit e-8 C9 8 vcc R 700 a0 sda proc_twd R8 700 R 700 R 700 proc_twck R0 700 R a ATC0D-SSHM-T (u9) a scl wp

7 Can transceiver with a DB9/Male Header net_u_ net_u_ R (u) vcc_tier_ C C vdd vio net_u_ R7 0 7 canh rxd proc_canrx0 net_u_ canl mcp-e/sn (u0) 8 stby proc_cantx0 txd vss

8 mtql0gbba8 (u) c b dq0 d dq d dq c dq d a a a b b c c c d d e e e e e reset_b a s_b c vcc b vss b C R8 000 proc_qsck proc_qio0 proc_qio proc_qio proc_qio proc_qcs rst_u_reset_b R 700 QSPI Memory

9 Stereo Codec e-7 vcc_tier_v C0 e-7 C e-7 C net_u_ tp net_u_ tp net_u_ CP-RSSJTR-ND (u) tp tp tp R0 000 R9 000 R 000 net_u_ 8 9 cpfilt vdda ctrl_adr0_cs ctrl_clk ctrl_mode hp_r 0 vddd 0 vddio ctrl_data 7 hp_l net_u_ is_dout lineout_l lineout_r net_u_ net_u_ proc_isc0_di net_u_ hp_v proc_isc0_do is_din proc_isc0_ws is_lrclk SGTL000XNAA (u) proc_isc0_ck is_sclk net_u_ linein_l net_u_ linein_r net_u_ mic C net_u7_ mic_bias clk_u/ sys_mclk C e-7 0 vag a epad tp net_u_ C tp CP-RSSJTR-ND (u) tp tp net_u_ C tp tp net_u_ C C tp CP-RSSJTR-ND (u) tp tp net_u_ C tp net_u_net_u7_ C8 C tp WM-PCT (u7) tp

10 Muratta Wifi Module e-7 e C8 C7 C C R 0000 R vdd_io btcx_freq vdd_vbat btcx_rf_active btcx_status btcx_txconf gpio0 jtag_tck jtag_tdi jtag_tms (u8) ant_sel 8 ant_sel 7 jtag_tdo sdio_d0 sdio_d sdio_d sdio_d 8 R 0000 R 0000 proc_mcda0 R8 000 proc_mcda R9 000 proc_mcda R0 000 proc_mcda R 000 R7 000 rst_u8_rst_n R 700 proc_mcck R 000 proc_mccda R 000 R jtag_trstn rst_n sdio_clk sdio_cmd sleep_clk vdd_v_en

11 USB Type A connector with ESD diode vcc vbus d_n 000 (u9) d_p shield shield proc_usb_vbus_detect proc_hsdp io prtrv0uax (u0) proc_hsdm io proc_hsdm proc_hsdp proc_usb_vbus_detect

12 Clock Crystal Khz for u - xin/xout ABS07-.78KHZ-7-T (u) clk_crystal_u/l y y clk_crystal_u/m

13 Clock Crystal Mhz for u - xin/xout ABLS-.000MHZ-B-T (u) clk_crystal_u/a y y clk_crystal_u/a

14 .7Mhz clock oscillator e-8 C9 vdd ASFL-.7MHZ-NCS (u) tri_state output clk_u/

15 Mhz clock oscillator e-8 C0 vdd ASFL-MHZ-NCS (u) tri_state output clk_u/

16 V to.v tier switching regulator. Expected load 0.0 Amp vcc_s_ C R 0000 vin vin R 0000 fb boost C e-7 mode_sy intvcc 7 C R rt ith run LTC0EUD (u) pgood I sw sw track von 8 vcc_tier_v p 7 s C

17 V to.v tier switching regulator. Expected load Amp vcc_s_ C vcc_s_ vin vcc vcc_s_ 7 en pg I C8 e-7 C7.e-9 ss sw 0 R8 000 vfb tpspwp (u) sw vbst R7 7.7 C vo p p 8 powerpad 9 vreg C

18 V to V tier switching regulator. Expected load Amp vcc_s_ C70 R70.7 vin vin R fb boost C7 e-7 mode_sy intvcc 7 C R rt ith run LTC0EUD (u7) pgood I sw sw track von 8 vcc_tier_ p 7 s C

19 Power Monitor and reset generator - reset interval R e-7 C7 vcc R R C ct sense_out TPS89ADRYR (u8) enable net_u8_ R R7. sense

20 Input Power Voltage V vcc_s_ C77 C7 TSW-0-0-G-S (j)

21 eset from jtag_connector_armswi - jtag_rst_b e-8 C78 vcc a 7szmx (u9) y net_u8_ rst_out_u_jtag_rst_b oe_b

22 Reset for atsame70q - nrst e-8 C79 vcc net_u8_ a 7szmx (u0) y rst_u_nrst oe_b

23 Reset for lan870 - nrst e-8 C80 vcc net_u8_ a 7szmx (u) y rst_u_nrst oe_b

24 Reset for mtql0gbba8 - reset_b e-8 C8 vcc net_u8_ a 7szmx (u) rst_u_reset_b y oe_b

25 Powered by TCPDF ( Reset for sn rst_n e-8 C8 vcc net_u8_ a 7szmx (u) rst_u8_rst_n y oe_b

RSSI RTC FREQ CLK AD compare RF50 antenna test port ISP UART. PWR DR FDEV BW power SW LEDTX LEDRX KEY VR101

RSSI RTC FREQ CLK AD compare RF50 antenna test port ISP UART. PWR DR FDEV BW power SW LEDTX LEDRX KEY VR101 . General RF50 Demo V. RF50 demo board is developed for RF50 chip (which is integrated MCU and RF circuit in single chip) to demonstrating function, testing distance and debugging software.. Board characters