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U1
list all U1 pins in a table format. For each pin provide its pin number, pin nam...
@copilot disena un circuito de pruba para este ic
1y
¡Claro, vamos a diseñar un circuito de prueba básico para el módulo de energía integrado PS21964-4S! Este módulo normalmente se utiliza para motor drives y sistemas de control de corriente alterna. Supondré que queremos probarlo en una configuración básica para asegurarnos de que funciona correctamente.
Paso 1: Conexiones de Alimentación
Primero, debemos conectar los pines de alimentación:
- Vcc (Alimentación Positiva): Connect U1:9 (V+) to your power supply positive terminal.
- GND (Tierra): Connect U1:2 (N) y U1:4 (V) a la tierra del sistema.
- Vss (Alimentación Negativa/Circuito Lógico): Connect U1:10 (V-) a la tierra del sistema.
- Entradas de Control: Connect U1:18 (CIN) y U1:21 (IN) a tu fuente de señal o controlador de señal.
- Salidas de Fase: Connect U1:3 (U), U1:6 (U+), U1:7 (U-), U1:12 (W+), U1:13 (W-) sucesivamente, según sea necesario para tu aplicación.
- Pines de Feedback:
- IP: Conectar a un sistema de monitoreo de corriente.
- FO y FOn: Conectar a un FPGA, microcontrolador, o display para monitoreo de fallos.
- Pines N.C. (No Conectados): U1:5, U1:11, U1:14, U1:15, U1:16, U1:17, U1:19, U1: 20, U1:22, U1:23, U1:24, U1:25. Estos no necesitan ser conectados en esta configuración básica.
Aquí está un resumen de las conexiones:
- Connect U1:9 to Vcc
- Connect U1:2, U1:4 to GND
- Connect U1:10 to GND
- Connect U1:18 to control signal input 1
- Connect U1:21 to control signal input 2
- Connect U1:3, U1:6, U1:7, U1:12, U1:13 to motor phases and feedback lines as required
¿Hay algún componente o conexión específico que quieras agregar o modificar?
1y
Vamos a diseñar un circuito básico para probar el PS21964-4S y lograr que active un motor de manera sencilla. Aquí hay una guía paso a paso:
Paso 1: Conexión de Alimentación
- Conecte la alimentación positiva (Vcc)
- Conecte U1:9 (V+) al terminal positivo de tu fuente de alimentación (por ejemplo, +15V).
- Conecte la tierra (GND)
- Conecte U1:2 (N) y U1:4 (V) a la tierra del sistema.
- Alimentación negativa (Vss)
- Conecte U1:10 (V-) a la tierra del sistema, ya que generalmente estará referenciado a GND en este caso.
- Entradas de control (IN y CIN)
- Conecte U1:18 (CIN) a tu señal de control (por ejemplo, a un microcontrolador o un generador de señales PWM).
- Conecte U1:21 (IN) a tu señal de control para la activación del motor.
- Conexión de las fases del motor
- Conecte U1:3 (U) a la primera fase del motor.
- Conecte U1:6 (U+) y U1:7 (U-) si necesitas control adicional o monitoreo de esta fase.
- Conecte U1:12 (W+) y U1:13 (W-) a la segunda fase del motor.
- Pines de Feedback (IP) y fallos (FO)
- Conecte U1:22 (IP) a un sistema de monitoreo de corriente (p.ej., a un ADC en un microcontrolador).
- Conecte U1:14 (FO) y U1:15 (FOn) a un sistema de monitoreo de fallos si lo requiere tu aplicación.
- Alimentación
- Conecte U1:9 (V+) a Vcc (+15V).
- Conecte U1:2 (N), U1:4 (V), y U1:10 (V-) a GND.
- Control
- Conecte U1:18 (CIN) y U1:21 (IN) a las señales de control.
- Fases del Motor
- Conecte U1:3 (U) a la fase A del motor.
- Conecte U1:12 (W+) y U1:13 (W-) a la fase B del motor.
- Feedback
- Conecte U1:22 (IP) al sistema de monitoreo de corriente.
- Conecte U1:14 (FO) al sistema de monitoreo de fallos.
Plaintext
+Vcc (+15V) | |--------U1:9 (V+) | GND | |--------U1:2 (N) |--------U1:4 (V) |--------U1:10 (V-) | Control Signals |--------U1:18 (CIN) |--------U1:21 (IN) | Motor Phases |--------U1:3 (U) ------> Fase A del Motor |--------U1:12 (W+) ----| |--------U1:13 (W-) ----> Fase B del Motor | Feedback |--------U1:22 (IP) ----> Sistema de Monitoreo de Corriente |--------U1:14 (FO) ----> Sistema de Monitoreo de Fallos |
¿Hay algún aspecto específico o detalles adicionales que quieras ajustar para el circuito de prueba del motor?
1y
como podriamos conectarlo para que active de manera simple un motor
1y
@copilot list all U1 pins in a table format. For each pin provide its pin number, pin name and function.
1y
Sure, I can list the pins of U1 (PS21964-4S) for you. Here's the information formatted into a table:
Table
| Pin Number | Pin Name | Function |
|---|---|---|
| 1 | P | DC Bus Positive |
| 2 | N | DC Bus Negative |
| 3 | U- | U Output Lower-Side |
| 4 | V | V Output Lower-Side |
| 5 | W | W Output Lower-Side |
| 6 | U+ | U Output Upper-Side |
| 7 | N/A | No Connection |
| 8 | N/A | No Connection |
| 9 | V+ | V Output Upper-Side |
| 10 | V- | V Output Lower-Side |
| 11 | N/A | No Connection |
| 12 | W+ | W Output Upper-Side |
| 13 | W- | W Output Lower-Side |
| 14 | FO | Error Output |
| 15 | FOn | Fault Signal Output |
| 16 | VNC | Control GND |
| 17 | N/A | No Connection |
| 18 | CIN | Control Power Input |
| 19 | N/A | No Connection |
| 20 | VIN | Input Voltage Sense |
| 21 | IN | Input Signal |
| 22 | IP | Inverter Protection |
| 23 | P/N | Positive/Negative Control |
| 24 | N/A | No Connection |
| 25 | N/A | No Connection |
- For
N/Apins, the function is "No Connection" based on typical datasheet nomenclature. - The "Pin Name" and "Function" are derived from typical conventions used in power modules similar to the PS21964-4S, which may have specific designations for power inputs, outputs, control signals, and no-connect (N.C.) pins.
Let me know if there are any corrections or if you need further details!
1y
2
U1 Pin 3 - U1 Pin 6
U1 Pin 3 - U1 Pin 6
U1 Pin 3 - U1 Pin 6
U1 Pin 3 - U1 Pin 6
U1 Pin 3 - U1 Pin 6
IN
N.C.
P/N
N.C.
FO
W
VIN
P
U-
U+
W+
U
W-
N
V
V+
V-
N.C.
CIN
N.C.
IP
FOn
N.C.
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Missing Properties • 5
Reports the project or terminals when critical properties are missing: Manufacturer Part Number, Manufacturer Name, Datasheet, Part Type, Designator Prefix, or Pin Number.
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Missing Parametric Symbol Properties • 23
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Pin Orientation | ||
Pin Orientation | ||
Pin Group, Pin Orientation, Section | ||
Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section | ||
Pin Group, Pin Orientation, Section |
Reports terminals that are missing parametric symbol properties (pin group, pin orientation, section).
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Inspect
Ps21964_4S
Controls
Properties
Availability & Pricing
| Distributor | Qty 1 | |
|---|---|---|
| Digi-Key | $33.43 | |
| Mouser | $0.00 | |
Assets
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domingorguz
copilot
Table
- Control Inputs: Connect the control input signals according to your specific requirement, post consultation with the datasheet.
- Outputs (to Load/Measurement Equipment): Ensure to connect the IPM outputs to an appropriate load or measurement device for monitoring the outputs.
Note:copilot
Plan Detallado para Diseñar y Probar el Circuito:
- Entradas de Control: Conectar las señales de entrada de control según lo requieras, consultando la hoja de datos.
- Salidas (a Carga/Equipos de Medición): Asegúrate de conectar las salidas del IPM a una carga adecuada o a un dispositivo de medición para monitorear las salidas.
Nota:domingorguz