Catalogue
Microwave Cavity Filter 700-740MHz ACF700M740M80GD
| Parameter | Specification |
| Frequency range | 700-740MHz |
| Return loss | ≥18dB |
| Insertion loss | ≤1.0dB |
| Passband insertion loss variation | ≤0.25dB peak-peak in the range of 700-740MHz |
| Rejection | ≥80dB@DC-650MHz ≥80dB@790-1440MHz |
| Group delay variation | Linear: 0.5ns/MHz Ripple: ≤5.0ns peak-peak |
| Temperature range | -30°C to +70°C |
| Impedance | 50Ω |
Tailored RF Passive Component Solutions
As a RF passive component manufacturer, APEX can tailor a variety of products according to customer needs. Solve your RF passive component needs in just three steps:
Define your parameters.
APEX provides a solution for you to confirm
APEX creates a prototype for testing
Product Description
ACF700M740M80GD is a high-performance microwave cavity filter with an operating frequency range of 700–740MHz, designed for communication base stations, broadcast systems and other RF equipment applications. This 700-740MHz cavity filter has excellent electrical performance in the UHF band, including insertion loss ≤1.0dB, return loss ≥18dB, and excellent signal suppression capability. It can achieve ≥80dB out-of-band suppression effect in the DC-650MHz and 790–1440MHz bands, effectively reducing system interference.
In addition, the cavity filter has excellent group delay performance, with a linearity of 0.5ns/MHz and a fluctuation of no more than 5.0ns, meeting the needs of delay-sensitive high-precision applications. The product adopts an aluminum alloy conductive oxide shell, a sturdy structure, dimensions (170mm × 105mm × 32.5mm), and a standard SMA-F interface for easy integration and installation.
As a professional RF cavity filter factory and supplier, we support customers to customize the design (OEM/ODM) according to specific frequency band, bandwidth, interface type and other parameters to meet the needs of various complex application scenarios.
Three-year warranty: All products have a three-year warranty period to ensure your long-term reliable use.
