Description

Introducing the AK8432VQ Electronic Component Model, a high-performance IC chip designed for various applications. With its maximum processing speed and versatile features, this component is suitable for a wide range of electronic projects.

Specifications and features

• Maximum processing speed:
  • CDS mode and clamp mode:
    • 1CH, 2CH, 3CH mode: 40M sample/sec per channel
    • 4CH, 6CH mode: 20M sample/sec per channel
  • DC direct connection mode:
    • 1CH, 2CH, 3CH mode: 10M sample/sec per channel
    • 4CH, 6CH mode: 8.3M sample/sec per channel
• Maximum input signal level:
  • 1.35Vpp (typ.) @ CDS mode, DC direct connection mode
  • 1.29Vpp (typ.) @ Clamp mode
• Supports both CCD and CIS signal polarities
• 6CH Simultaneous Sampling CDS Circuit (Correlated Double Sampling)
• Offset DAC: Range ± 200 mV (typ.), 8bit, 6 channels independent
• PGA: Gain adjustment range 0dB ~ 18dB (typ.), 8bit, 6 channels independent
• Linearity: DNL = −1LSB (min.), +1.5LSB (max.) Guarantee no missing code
• 5bit output bus: Outputs 10bit data in 5bit x 2 cycles
• 4-wire serial interface
• Power supply: 3.3V ± 0.3V

Application Scenarios

The AK8432VQ Electronic Component Model is highly versatile and can be applied in various electronic projects, including but not limited to:

• Image sensors
• Signal processing systems
• Video recording devices
• Industrial automation

Comparison

Here are the advantages and disadvantages of the AK8432VQ Electronic Component Model:

• High processing speed for fast data acquisition
• Versatile input signal level support
• CCD and CIS signal polarity compatibility
• Simultaneous sampling CDS circuit for accurate data capture
• Offset DAC and PGA for precise signal adjustment
• Linearity guarantee with no missing code
• 5bit output bus for efficient data transfer
• Convenient 4-wire serial interface
• Reliable power supply and low power consumption
• Compact size and easy integration with 64pin LQFP package

• Not suitable for high-speed image processing applications
• Limited compatibility with certain signal types