VHF Wireless System

The WM-3210 Wireless Microphone employs a dynamic microphone capsule and is suitable for vocal applications. Thanks to the PLL-synthesizer system, 6 different operating frequencies are made available. A high output power ensures stable radio signal transmission.

The WM-3220 Wireless Microphone employs an electret condenser microphone capsule and is suitable for speech applications. Thanks to the PLL-synthesizer system, 6 different operating frequencies are made available. A high output power ensures stable radio signal transmission.

The WM-3310 lavalier wireless microphone has been manufactured for use with a VHF system. It incorporates a cardioid pick-up pattern and has been designed for use in speech reinforcement applications. The built-in compressor-expander circuit minimizes the influence from ambient noise.

The WM-3310H wireless microphone has been manufactured for use with a VHF system. It incorporates a cardioid pick-up pattern and has been designed for use in speech reinforcement applications. The built-in compressor-expander circuit minimizes the influence from ambient noise. It's gooseneck can be adjusted to any desired angle to facilitate use.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

The TOA wireless tuner WT-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner to be used in VHF wireless systems. It employs a compander noise reduction circuit to minimizes the influence of the ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

TOA's WT-3810 is a PLL-synthesizer controlled double superhetrodyne diversity tuner designed to be used with a VHF wireless system. It employs a compander noise reduction circuit to minimize the influence of ambient RF noise.

The TOA Wireless Tuner Module WTU-3800 is a PLL-synthesizer controlled double superheterodyne diversity tuner module designed to be used in conjunction with VHF wireless equipment. It employs a compressor-expander system noise reduction circuit to minimize the influence of ambient RF noise.

Intended for 200 MHz band wireless systems, the YW-3500 is a wall-mounted dipole antenna. It has an internal band pass filter and a booster circuit, and is equipped with an operation LED.

The YW-3510 is a 1/4 type antenna designed to be mounted directly to the wireless tuner. It can be used for both UHF and VHF bands by adjusting the length of its element.