logo

IDTQS4A105 Renesas HIGH-PERFORMANCE CMOS TWO CHANNEL 4PST SWITCH Datasheet

IDTQS4A105QG8 4PST, 2 FUNC, 4 CHANNEL, CMOS, PDSO20


Renesas
IDTQS4A105
Part Number IDTQS4A105
Manufacturer Renesas (https://www.renesas.com/)
Description The QS4A105 is a high-performance CMOS two-channel 4PST switch with 3-state outputs. The low ON resistance of the QS4A105 allows inputs to be connected to outputs with low insertion loss and high bandwidth. The QS4A105, with 1.3GHz bandwidth, is ideal for high-performance video signal switching, au...
Features
• Low ON resistance: rDS(ON) = 5Ω
• Wide bandwidth: 1.3GHz (-3dB point)
• Crosstalk: 100dB at 50KHz, -70dB at 5MHz, -50dB at 30MHz
• Off-isolation: -90dB at 50KHz, -60dB at 5MHz, -55dB at 30MHz
• Single 5V supply
• Bidirectional signal flow
• TTL-compatible control inputs
• Ultra-low quiescent current: 3μA
• Switch turn on time of 6.5ns
• Available in QSOP package APPLICATIONS:
• High-speed video signal switching/routing
• HDTV-quality video signal routing
• Audio signal switching/routing
• Data acquisition
• ATE systems
• Telecomm routing
• Token Ring transceivers
• High-speed networking FUN...

Document Datasheet IDTQS4A105 datasheet pdf (408.03KB)
Distributor Distributor
Quest Components
Stock 4 In Stock
Price
3 units: 3 USD
1 units: 4.5 USD
BuyNow BuyNow BuyNow (Manufacturer a Integrated Device Technology Inc)




IDTQS4A105 Distributor

part
Integrated Device Technology Inc
IDTQS4A105QG8
4PST, 2 FUNC, 4 CHANNEL, CMOS, PDSO20
3 units: 3 USD
1 units: 4.5 USD
Distributor
Quest Components

4 In Stock
BuyNow BuyNow





IDTQS4A105 Similar Datasheet

Part Number Description
IDTQS4A101
manufacturer
Integrated Device
QUICKSWITCH PRODUCTS HIGH-PERFORMANCE CMOS ANALOG FOUR-CHANNEL SPST SWITCH
APPLICATIONS: • • • • • • • High-speed video signal switching/routing Audio signal switching/routing Data acquisition ATE systems Telecomm routing Token Ring transceivers High-speed networking The QS4A101 is a high-performance CMOS analog four-channel SPST switch with individual enables. This device provides a set of four high-speed CMOS switches connecting inputs to outputs. The low ON resistance of the QS4A101 allows inputs to be connected to outputs with low insertion loss and high bandwidth. The QS4A101, with 1.4GHz bandwidth, is ideal for high-performance video signal switching, audio signal switching, and telecomm routing applications. Low power dissipation makes this device ideal ...
IDTQS4A105
manufacturer
Integrated Device Technology
HIGH-PERFORMANCE CMOS TWO CHANNEL 4PST SWITCH
The QS4A105 is a high-performance CMOS two-channel 4PST switch with 3-state outputs. The low ON resistance of the QS4A105 allows inputs to be connected to outputs with low insertion loss and high bandwidth. The QS4A105, with 1.3GHz bandwidth, is ideal for high-performance video signal switching, audio signal switching, and telecomm routing applications. Low power dissipation makes this device ideal for battery operated and remote instrumentation applications. The QS4A105 is offered in the QSOP package which has several advantages over conventional packages such as PDIP and SOIC, including: • Reduced signal delays due to denser component packaging on circuit boards • Reduced system noise due...
IDTQS4A110
manufacturer
Integrated Device
QUICKSWITCH PRODUCTS HIGH-PERFORMANCE CMOS TWO CHANNEL 5PST SWITCH
APPLICATIONS: • • • • • • • • The QS4A110 is a high-performance CMOS two-channel 5PST switch with 3-state outputs. The low ON resistance of the QS4A110 allows inputs to be connected to outputs with low insertion loss and high bandwidth. The QS4A110, with 1.8GHz bandwidth, is ideal for high-performance video signal switching, audio signal switching, and telecomm routing applications. Low power dissipation makes this device ideal for battery operated and remote instrumentation applications. The QS4A110 is offered in the QSOP package which has several advantages over conventional packages such as PDIP and SOIC, including: • Reduced signal delays due to denser component packaging on circuit b...




logo    Since 2024. D4U Semiconductor.   |   Contact Us   |   Privacy Policy