MAX1232CPA+

Las imágenes son solo para referencia

MAX1232CPA+

IC SUPERVISOR 1 CHANNEL 8DIP

  • Fabricante
  • Mfr. Parte #MAX1232CPA+
  • Paquete PDIP-8
  • Hoja de datos
  • En stock320

100% original & Nuevo

24 horas listos para el envío

Garantía de 365 días

RFQ y Obtenga más descuentos

Especificaciones

Package Tube,Tube
ProductStatus Obsolete
Type Simple Reset/Power-On Reset
NumberofVoltagesMonitored 1
Voltage-Threshold 4.37V, 4.62V
Output Open Drain or Open Collector
Reset Active High/Active Low
ResetTimeout 250ms Minimum
OperatingTemperature 0°C ~ 70°C (TA)
MountingType Through Hole
Package/Case 8-DIP (0.300, 7.62mm)

Descripción general

Description

The MAX1232CPA+ is a high-performance, low-power, 12-bit analog-to-digital converter (ADC) designed for battery-operated applications. It features a 1.5 MHz sampling rate and operates from a single supply voltage of 2.7V to 5.25V, making it versatile for various applications. The device includes an internal reference voltage and a serial interface (SPI-compatible) for easy communication with microcontrollers.
Key features include a low power consumption of 50 µA in active mode and 1 µA in shutdown mode, making it suitable for portable devices. The MAX1232CPA+ also provides differential inputs, enhancing noise immunity and accuracy. Its compact 8-pin SOIC package allows for easy integration in space-constrained designs.
Common applications include battery monitoring, portable medical devices, and sensor interfacing where precise data conversion is crucial. Overall, the MAX1232CPA+ is an efficient and reliable solution for converting analog signals to digital form in a wide range of electronic systems.

Features

The MAX1232CPA+ is a dual-channel, high-speed analog-to-digital converter (ADC) designed for low-power applications. Key features include:
- Resolution: 12-bit resolution, providing detailed digital representations of analog signals.
- Sampling Rate: Up to 1.5 MSPS (megasamples per second), suitable for fast dynamic signals.
- Input Voltage Range: Accepts a wide input range of 0 to Vref, with Vref configurable up to 5V.
- Power Supply: Operates on a single supply voltage from 2.7V to 5.25V, enabling versatility in battery-powered devices.
- Low Power Consumption: Consumes only 2.5 mA in active mode and less than 1 µA in shutdown mode, enhancing efficiency.
- Interface: SPI-compatible serial interface for easy communication with microcontrollers.
- Built-in Sample-and-Hold: Ensures accurate signal representation during sampling.
These features make the MAX1232CPA+ ideal for applications such as data acquisition, portable instrumentation, and battery-operated devices.

Package

The MAX1232CPA+ is available in a DIP (Dual In-line Package) format. This package type features through-hole mounting with 16 pins, making it suitable for prototyping and easy integration into various electronic circuits.

Pinout

The MAX1232CPA+ is an 8-pin dual-channel analog-to-digital converter (ADC). Its pin configuration and functions are as follows:
1. V+ (Pin 1): Positive supply voltage (typically +5V).
2. V- (Pin 2): Negative supply voltage (typically -5V).
3. AGND (Pin 3): Analog ground reference.
4. DGND (Pin 4): Digital ground reference.
5. DIN (Pin 5): Data input for programming or control.
6. DOUT (Pin 6): Digital output; provides the converted digital value.
7. CLK (Pin 7): Clock input; drives the conversion process.
8. CS (Pin 8): Chip select; used to enable the device for operation.
The MAX1232CPA+ operates in a dual power supply configuration and is suitable for applications requiring bipolar signal processing. Its low power consumption and fast conversion rates make it ideal for various analog signal applications.

Manufacturer

The MAX1232CPA+ is manufactured by Maxim Integrated, which is now a part of Analog Devices, Inc. Maxim Integrated was known for its focus on designing and manufacturing analog and mixed-signal integrated circuits (ICs) for various applications. The company provided solutions for sectors such as communications, automotive, industrial, healthcare, and consumer electronics. Their products included data converters, power management devices, interface ICs, and sensors, catering to the needs of engineers and developers in creating innovative electronic systems.

Application

The MAX1232CPA+ is a precision, low-power, 12-bit analog-to-digital converter (ADC) primarily used in portable and battery-powered applications. Its key application areas include data acquisition systems, medical instrumentation, industrial process control, and sensor interfacing. It is also suitable for consumer electronics, automotive sensors, and any application requiring accurate voltage measurement and conversion in compact devices.

Equivalent

Equivalent products to the MAX1232CPA+ chip include the MCP3201, AD7991, and LTC1252. These chips also provide similar functionality as 12-bit A/D converters with single-ended inputs. Always check specifications for compatibility regarding voltage levels, sampling rates, and interface requirements.

Envío

Métodos de envíoNosotros

ofrecer servicios de envío globales a través de DHL, FedEx, TNT, UPS, o cualquier otro expediente de su elección.


Referencia de tarifas de envío (DHL/FedEx):

DHL: El costo de envío oscila entre $25-$45 (0.5kg), con un tiempo de entrega estimado de 2-5 días hábiles.

FedEx: El costo de envío oscila entre $25-$40 (0.5kg), con un tiempo de entrega estimado de 3-7 días hábiles.

UPS: El costo de envío oscila entre $25-$45 (0.5kg), con un tiempo de entrega estimado de 3-7 días hábiles.

TNT: El costo de envío oscila entre $25-$65 (0.5kg), con un tiempo de entrega estimado de 3-7 días hábiles.

EMS: El costo de envío oscila entre $30-$50 (0.5kg), con un plazo de entrega estimado de 7-15 días hábiles.

Correo aéreo registrado: El costo de envío es de $2-$4 (0.1kg), con un tiempo de entrega estimado de 5-20 días hábiles.

Pagos

Payment Methods

El plazo de pago es 100% prepagado.

Actualmente, solo aceptamos los siguientes métodos de pago:

1. de PayPal

2. Tarjeta de crédito/débito

3. Transferencia bancaria

Similar