HOBBY BUGC2 M5STACK IR RECEIVER G36 BRICK HOLE M5StickC Plus2 INCLUDED ESP32 USB-C PROGRAMING x4 MOTOR DRIVER (L9110S) x4 SUSPENSION DAMPING USB-C CHARGE RGB LED LED BAT CHARGING 16340 BATTERY (700mAh) RGB LED USB-C CHARGE LED BAT FULL I2C INTERFACE STM32 ALL-DIRECTIONAL OPERATION
C G B D . S 4 V - W V G P G L L R R C A H E E R B B S 4 I T 4 6 H S 0 L 5 R W U O T 4 B P T E O E T P V X 4 B E 7 O O I U O A I Y R 4 P 5 L R I T H B 2 B T 2 O n O D N A L B G A 4 G L 8 2 H / O C C G R M
F 1 l D- 2 IO1 IO2 R2 . C 4 J2 D3 i D 4 6 4 7 4 3 Conn_01x06_Male TSUS2540 S G ID 10k 1 5 1 UF_D2@100mA: approx 1.3V. x2 -> 24 IO1 IO2 4 D A 2 6 TIM2_CH1 2 min: 100mA cont, 113mA pulse 6 5 1 3 NRST D D I PA0 GND 1 P_R4 cont: 0.202W
D D D D D D D D D D GND BOOT0 138 BOOT0 V V V V V V V V V V V V V V V V V V V V V PDR_ON 143 R3 0R STM32F407ZGT6 1 3 5 6 8 9 0 2 3 GND 3 1 5 3 6 7 8 9 0 2 3 4 VCC3.3 1 1 1 1 1 1 1 R4 0R VCC3.3 VCC3.3 D8 1N4148 . VCC3.3 C VCC3.3 JTAG J1 C BOOT VCC3.3 V C9 C10 C11 C12 C13 C14 1 VDD VDD 2 D9 R5 10K JTRST
3.3V TX_DPG1G4 ETH2_JP3 D I V MM S K D Az_ U1_R7R 150R COU10C12 PIJPAD0JP302 PIETH20JP301 I R L P OM PIU10RPIU10R702 PIU10C1202 PIU10C1201 ETH2_JP 4 TX_D1D 3.3V PIU10RPIU10R902BF PIU1083PFBIN2 E D T 2 RBIASPIU10838402PIU10RPIU10R602
Mini DS203 OSC Manual 1 Intro DS203 V2.6 is a pocket size 4 channel digital Oscilloscope for common electronic engineering tasks. It's based on ARM cortex M3 (STM32F103VCT6) 32 bits platform, providing 72MS/s sampling rate with integrated FPGA and high speed
1 P0JP301 P 2 JP5 0 0 0 0 R29 0 1P0U601 P04604 0 SB3 Closed R R C 4.7uF C11 Header 3X2 1 1K 2 C23 EN VO C P0SB301 P0SB302 P0JP501 P0JP502 P P P P 9 3 D D P R27 R21 U4 100nF 0 0uF_X5R_0603 0 N N P05605 0 C20 +3V3_PER 10K 1K P0U406 6 P P C 2G 0G NC C 1uF_X5R_0603 7 1 P0U401
20.00 0.748 0.787 G 10.70 11.10 0.421 0.437 N 16.50 17.20 0.649 0.677 P 25.00 26.00 0.984 1.023 R 4.00 4.09 0.157 0.161 U 38.50 39.30 1.515 1.547 V 30.00 30.30 1.187 1.193 A D P G C U V E B N O R P003F 5/8 BU208D / BU508D
+3.3V 10 MS1 MS2 MS2 11 4 3 2 1 6 5 12MS3 6 5 12 MS3 6 5 12 MS2 4 3 D D 4 3 D D MS3 G G G G 4 3 N N 9 2 1 2 1 2 1 G G e J 1 7 1 7 1 7 p _ 5 _ 5 Z 9 t J J J J J J - z GND GND GND +3.3V B B VDD A4 Pololu_Breakout_A4988 2 8 C26
S . Y PB9 29 ENABLE_{OLED} U205 GND 5A SMJ85CA 4 3 PB10 INA239 PB11 30 6 R205 33 1 S 8 PB12 CS V VBUS 10R C207 PB13 34 5 SCK IN+ 10 18p 35 2 9 2 1 PB14 MOSI IN- R207 D204 A PB15 36 4 MISO C219 S S 3 N 10n 3 R_Shunt SMBJ6.5CA V V ALERT G 4 8 2 R201 R202 1 1 U202 7 10R 10k 10k D C S S STM32L476RGTx R206 D201 L 1 D203 O SMJ85CA 2 0 3 1 4 3V3_{OLED} D S MP U201 5 GND 1 6 S 3 - U204 4 6 5 L 6 6 B 1 C U 3 4 2 6 4 L 6 B R204 S 10k U 2 GND GND D303 R311 10R 1N5819WS V_{BAT} } I _ V U304 U303
0 KMF 2 7 0D 275V C 4 0 p 200 1N4148W R620 LB602 G O R 7 1 KMF 3 3 A1 Y 7 4 1 I C611,C612 VR 0 2 2 u V C 4 A C E30 0 P 6 K 32":68uF*2 I 1 M / 1 7 5 0 BD101 32161 S O 1 0 % 37":82uF*2 R 1 1 X . 2 1 F 2 32",37":RS405M R608 2 0 R 7 1 42":82uF*2 C 0 C 0 R 1 R617 2 F 7 AC1 42":RS1005M 20K B 1 0 4 Q603 Y 7 2 E HS1 C 240K C 4 0 Y MMBT2907A 1% 2 3 B T IC600 R603 1 4 1 4 L R 96*15 HS01G 27K J103 1% R614 J104 FB VCC 2.2 VCC 1 8 HS3 J105 6u HS3 32":84*20 J106 CT 2 7 DRV 01V C614 42",37":84*25 C05 L101
MountingHole Title: Current Measurement Interface Size: A3 Date: 2025-09-16 Rev: KiCad E.D.A. 9.0.4 Id: 1/3 F F 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 3 A A J206 1 SW_{DIO}2 C208 10u 5U206 SW_{CLK}3 100n C216 g C 1 4 b 4 3 5 e C209 100n 6 D V_{RTC} C 4 6 8 B 6 } } 7 C S D X C210 100n 1 ~{CS} C U T { MP 6
3.1.2.1 Beschaltung des Mikrocontrollers Bild 3.6 CPU Beschaltung Als Mikrocontroller kommt der Typ STM32F103ZET6 zum Einsatz. Dieser hat auch noch ein verarbeitungsfreundliches LQFP144 Gehäuse, das allerdings mit einer 20x20mm Abmessung schon relativ groß ist. Es gibt denselben Controller auch im BGA
Load SR settings onto VL6180X a) See Section 9 for the settings. 3. Apply other specific settings e.g. cross talk, GPIO, max convergence time etc. (Optional) 4. Write 0x00 to SYSTEM__FRESH_OUT_OF_RESET {0x16} (Optional) a) Help host determine if settings have been loaded. 5. VL6180X is ready to start
PWM_C R7 1 3 P0R601 P0R602 PWM CS N0PWM0C P0R701 P0R702 P0U401PWM CS P0U403 1K D D 0 1K N N R D D 2 G G P N N R 0 0 RV1 G G P U U 0 0 RV2 P P 10.25 0 0 7 8 V 7P 8 00.25 0 V P P +48V +48V 0 0 L 2 L 2 0 D 0 D PRL3 P PRL4 P D4 D5 27.5K 27.5K 3 SS36 4 SS36 R U5 4 R U6 5 P 0 P 0 P P +48V 2 2 P0U502 L4 2 2
p a n C o rin e c t th e u n its a s s h o w n in F ig u re 1 0 9 0 R4131 F ig u re 1 0 -9 A d ju stm e n t fo r M a in S p a n @ S e t th e S G a s FREQUENCY: 800 MHz AMPLITUDE: +10 dBrn 3: S e t th e R 4 1 3 I a s CEN TER FREQ . : 2 G H F R E Q . S P A N : 4 G H z :i A d ju s t th e R 3 0 8 s o th
USB Vbus line to attenuate noise above the voltage regulator’s bandwidth. +3.3V +3.3V BlueMod+P2x/G2 10k PIO[2] 1k5 33 Rs USB_DP 22R D+ Rs 32 USB_DN 22R D- L +3.3V Regulator VBUS +3.3V C C GND 16 VSUP Connections in bus powered mode Figure 3.4 BlueMod+P2x/G2 USB Bus-Powered Mode For details see related
19.3 Output IP3 0.04 36.1 dBm 0.5 39.3 0.9 39.3 2.0 34.7 2.6 32.4 Device Operating Voltage 4.8 5.0 5.2 V Device Operating Current 63 77 mA (2) Device Current Variation vs. Temperature 67 µA/°C Device Current Variation vs Voltage 0.0154 mA/mV Thermal Resistance, junction-to-ground
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