TI MF10CCWMX

通用开关电容器200kHz24th±9V ~ 14V

Overview

The MF10CCWM/NOPB is IC FILTER DUAL SW CAP 20-SOIC, that includes MF10-N Series, they are designed to operate with a Tube Alternate Packaging Packaging, Unit Weight is shown on datasheet note for use in a 0.028254 oz, that offers Mounting Style features such as SMD/SMT, Package Case is designed to work in 20-SOIC (0.295", 7.50mm Width), as well as the Surface Mount Mounting Type, the device can also be used as 4 Channel Number of Channels. In addition, the Voltage Supply is ±9 V ~ 14 V, the device is offered in 20-SOIC Supplier Device Package, the device has a Universal Switched Capacitor of Filter Type, and Frequency Cutoff or Center is 200kHz, and the Number of Filters is 2, and Filter Order is 4th, it has an Maximum Operating Temperature range of + 70 C, it has an Minimum Operating Temperature range of 0 C, and the Operating Supply Voltage is 7 V, and Cutoff Frequency is 30 KHz, and the Supply Voltage Max is 7 V, and Supply Voltage Min is 9 V.

The MF10CCWM is IC FILTER DUAL SW CAP 20-SOIC, that includes 4th Filter Order, they are designed to operate with a Universal Switched Capacitor Filter Type, Frequency Cutoff or Center is shown on datasheet note for use in a 200kHz, that offers Mounting Type features such as Surface Mount, Number of Filters is designed to work in 2, as well as the 20-SOIC (0.295", 7.50mm Width) Package Case, the device can also be used as Tube Packaging. In addition, the Supplier Device Package is 20-SOIC, the device is offered in ±9 V ~ 14 V Voltage Supply.

Features

Tape & Reel (TR) Package
Supply voltage of 5V
Maximum operating temperature of 70°C
Mount of Surface Mount

Surface Mount Mounting Type

Applications

There are a lot of Texas Instruments
MF10CCWMX active filters applications.

• Radar/Sonar
• Adaptive Filters
• Echo Cancellation
• Complex Multiply-Add
• Sample Rate Converters
• Digital Down Conversion
• D/A and A/D pre/post Filtering
• Tuning Bandwidth Expansion for HSP45116 and HSP45106
• Quadrature, Complex Flterlng
• Image Processing