产品详情
- Dual symmetric broadband, absorptive RF ports
- 高-performance RF at 2GHz
- RFC-RFX Isolation of 67dB
- Insertion Loss of 0.79dB
- 高 continuous RF CW power handling
- 选择ed RF path: 34dBm
- Terminated RF path: 27dBm
- 高 linearity:
- IIP2 of 111dBm
- IIP3 of 64dBm
- 3.3V and 1.8V compatible control logic
- Operating temperature of -40 °C to +105 °C
- Enable feature puts the part in all paths off 状态 and disables the control of VCTL
- 4mm x 4mm 16-pin QFN 包裹
The F2932 is a 高-reliability, low-insertion loss, 50? single-pole double-throw (SP2T) absorptive RF switch designed for a wide 范围 of markets and 应用s. This device covers a broad 频率范围 from 50MHz to 8000MHz, has an operating temperature 范围 of -40 °C to +105 °C, and a wide 电源电压 范围 of 2.7V to 5.5V. Designed for 高-power handling, the F2932 has a P1 dB as 高 as 36.5dBm, 支持ing a peak operating power of 34dBm in the through path and a hot switching power of 27dBm into the terminated RF port. In addition to providing low-insertion loss, the F2932 also delivers 高 isolation and low distortion performance while providing a 50? termination to the unused RF ports.
The F2932 uses a single positive 电源电压 支持ing three logic control pins using either 3.3V or 1.8V control logic. The ENABLE feature puts the part in all paths off 状态 and disables the control of VCTL, when used.
产品文档
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日期
动作
2025-08-25
PCN# : A1803-02 Correcting MSL level for 选择 Devices
2025-08-25
PCN#: TB1902-01 Add Alternate Test 地点 on 选择 Devices
2025-08-25
PCN# : 220019 Add Alternate Assembly 地点s on VFQFPN and FCLGA 包裹s
Design & Development (Boards and Kit)
Evaluation Board for 高 Reliability SPDT Absorptive RF Switch
The F2970EVBI is a fully populated, enabling easy RF evaluation of the product.
“Thru” calibration connectors are conveniently located on the eval board to simplify the calibration process prior to making any RF measurements. The RF through measurement (RF1 to RF2) can be made by 申请ing the correct control logic voltage to the control pins as outlined in the 数据表. DC power, ground and the control voltages are applied to the pin header.
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