MAX3232CSE
Abstract: lm317 8 pines ADTG sot 23 p651 MB95F118 N0P35 lm317t P13 U4 INT05 P0C160
Contextual Info: 1 2 3 4 5 6 J2 P0J2044 P0J2046 P0J2048 P0J2050 B P0R1301 UI0 22pf 22pf C14 C15 Y2 P0Y202 1 2 P0Y201 1 2 P0JP7033 P0JP7044 N0P10 P10 Sub CLK 32KHz Default:3-4 INT02 C12 P0C1202 JP6 JP5 LIN Enable VCC VCC 2P0U202 EN 1 P0U201 RXD 4 P0U204 TXD 22uf 25v R11 22K
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p0j2044p0j2046p0j2048p0j2050+16p0r1301p0y202p0y201p0jp7033p0jp7044n0p10max3232cselm317 8 pinesadtg sot 23p651mb95f118n0p35lm317tp13 u4int05p0c160
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ATmega16hva
Abstract: 2sb2012 P0R2202 NC7SZ57P6X SB200 NDC7001C wsl0805r0100 P0C1102
Contextual Info: 1 2 _ _ Y = I0 •(I2) + (I1)•(I2) 3 4 5 Remove when using SB200 R24 P0R2402 PCB Edge-connector to SB200 VCC 19 17 P0J5015 15 P0J5013 13 P0J5011 11 P0J509 9 P0J507 7 P0J505 5 P0J503 3 P0J501 1 A C14 P0C1302 P0C1301 P0C1402 P0C1401 100n 20 P0J5020 18 P0J5018
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sb200p0r2402p0j5015p0j5013+12p0j5011p0j509p0j507p0j505p0j503atmega16hva2sb2012p0r2202nc7sz57p6xndc7001cwsl0805r0100p0c1102
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P0R902
Abstract: ATmega16hva P0C1002 P0R1702 NDC7001C P0R1401 P0R1402 P0R601 P0R101 ATmega16HVA-36CK1
Contextual Info: 1 2 _ _ Y = I0 •(I2) + (I1)•(I2) 3 4 5 Remove when using SB200 R24 PCB Edge-connector to SB200 19 17 P0J5015 15 P0J5013 13 P0J5011 11 P0J509 9 P0J507 7 P0J505 5 P0J503 3 P0J501 1 C11 100n C12 P0C1102 P0C1101 P0C1202 P0C1201 100n 100n P0R601 10K 1 P0D101
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sb200p0j5015p0j5013p0j5011+15p0j509p0j507p0j505p0j503p0j501p0r902atmega16hvap0c1002p0r1702ndc7001cp0r1401p0r1402p0r601p0r101atmega16hva-36ck1
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prxd2
Abstract: DP83640 SML-LXT0805GW-TR "half can" "oscillator" ECCM1 XTAL - 25M AFBR-5803
Contextual Info: 1 2 3 4 5 6 A A Crystal/ Oscillator Circuitry FX TRANSCEIVER B B RJ-45 GPIO Header MII/RMII Header Bottom Side LEDs Pin 1 ALP Connector MII Connector DP83640 USB Interface C C AN_EN AN1 AN0 AUTO-NEG FORCED MODES -0
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rj-45dp8364010base-t100base-tx+8p0r8301p0r8302p0r16502prxd2sml-lxt0805gw-trhalf can" "oscillatoreccm1 xtal - 25mafbr-5803
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J34-J35
Abstract: B 342 Dc ml2020 panasonic battery capasitor QFN40P500X500X80-40N LP3971 ml2020 HEADER 8 PIN OSC-SMT DVM panel
Contextual Info: 1.0 Design Description The LP3971 Smart Power Board provides a complete, multirail solution for FPGAs, Microprocessors, or any other systems requiring multiple voltages, special power sequencing, and boot management. This solution utilizes the National Semiconductor LP3971 Power Management Unit and an 8 bit
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lp3971rs-232csp-9-111s2j34-j35+8b 342 dcml2020 panasonic batterycapasitorqfn40p500x500x80-40nml2020header 8 pinosc-smtdvm panel
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P0C5502
Abstract: P0C3302 FDS8984 SP0503BAHTG si7892bdp T25 4 J6 P0L302 C8051F32 P0R2902 P0C4302
Contextual Info: 2 3 GND N0VIN VIN C74 0.01uF 50V N0VCCD VCCD CH1 BuckSupply_CH1 GND N0BST1 BST1 0805 10 OHM N0GH1 GH1 C25 16V 4.7uf LX1 N0GL1 GL1 39 P0R20102 VIN1 10 OHM C201 16V 22uF 0.4 OHM C77 0.01uF 50V N0AVDD AVDD T36 N0DVDD DVDD T37 37 1 2 USB_to_I2C USB_to_I2C GND
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p0r20102p0u4032p0u4033p0u4034+16p0u4035p0u4036p0u4012p0u401p0u4025p0u4024p0c5502p0c3302fds8984sp0503bahtgsi7892bdpt25 4 j6p0l302c8051f32p0r2902p0c4302
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nikkai
Abstract: CS-12AAP1 GRM1552C1H102J GRM155B11A104K dipsw2 datasheet GRM1552C1H220J RK73B1JT*225J OLED circuit details dipsw3 alps rotary Encoder
Contextual Info: 1/3 OLED SmartSwitch & SmartDisplay Evaluation Kit / Operating Manual Nihon Kaiheiki Ind. Co., Ltd. NKK/Nikkai Read operating manual carefully before using OLED SmartSwitch & SmartDisplay Evaluation Kit. I. Outline of OLED SmartSwitch & SmartDisplay Evaluation Kit
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g-12apcs-12aap1nl17sz74usgnl17sz14dft2g+15pic24fj32ga004pic2416-bitopa2830idgktps3103k33dbvrtps61041dbvnikkaigrm1552c1h102jgrm155b11a104kdipsw2 datasheetgrm1552c1h220jrk73b1jt*225joled circuit detailsdipsw3alps rotary encoder
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