Description

Williams Sound PKT PRO1-1 Pocketalker PRO System Amplifier with Wide-range Earphone, 100 hours of battery life, Adjustable volume control/internal tone control, Accommodates a variety of earphone and headphone options

Pocketalker PRO System amplifies sounds closest to the listener while reducing background noise. Ideal for one-on-one conversation, small-group and television listening, or conversing in the car. Use with or without hearing aids. Simply plug in your earpiece, position the microphone near the preferred sound, adjust volume to your comfort - and start listening

Key Features

100 hours of battery life
Adjustable volume control/internal tone control
Accommodates a variety of earphone and headphone options
Use with neckloops and telecoil-equipped hearing aids
Amplifies sound for better understanding
Includes: (1) PKT PRO1 amplifier, (1) EAR 008 wide-range earphone, (1) BAT 001-2 two AA alkaline batteries, (1) WCA 007 extension cord, (1) MIC 014 microphone, (1) CCS 001 belt clip case and (1) CCS 008 pocketalker system carry case

Specifications

Dimensions: 3-5/8"L x 2-3/8"W x 7/8"H
Weight: 3.8 oz with battery
Color and Material: Gray, shatter-proof polypropylene
Battery Type: 1.5V (AA) x 2, Alkaline (BAT 001) or rechargeable AA NiMH (BAT 026)
Microphone: Omnidirectional condenser, plug-mount-type, 3.5 mm mini phone plug
Microphone Connector: 3.5 mm mini phone jack (mono)
Earphone Connector: 3.5 mm mini phone jack (mono)
Charging Jack: External side jack, 2.1 mm, Charger TFP 008 can also be used as power supply
Frequency Response: 50 Hz-16 kHz, +1 -4 dB (electrical response)
Max. Distortion: .5% THD (electrical)
Max. Output Power: 125 mW into 16 Ohms (electrical)
Approvals: RoHS, WEEE

Williams Sound PKT PRO1-1 Pocketalker PRO System Amplifier with Wide-range Earphone, 100 hours of battery life, Adjustable volume control/internal tone control, Accommodates a variety of earphone and

Get price

Current Price

$139

Average

$127.45

Min Price

$91.68

Max Price

$139

Price dynamics

Description

Key Features

100 hours of battery life
Adjustable volume control/internal tone control
Accommodates a variety of earphone and headphone options
Use with neckloops and telecoil-equipped hearing aids
Amplifies sound for better understanding
Includes: (1) PKT PRO1 amplifier, (1) EAR 008 wide-range earphone, (1) BAT 001-2 two AA alkaline batteries, (1) WCA 007 extension cord, (1) MIC 014 microphone, (1) CCS 001 belt clip case and (1) CCS 008 pocketalker system carry case

Specifications

Dimensions: 3-5/8"L x 2-3/8"W x 7/8"H
Weight: 3.8 oz with battery
Color and Material: Gray, shatter-proof polypropylene
Battery Type: 1.5V (AA) x 2, Alkaline (BAT 001) or rechargeable AA NiMH (BAT 026)
Microphone: Omnidirectional condenser, plug-mount-type, 3.5 mm mini phone plug
Microphone Connector: 3.5 mm mini phone jack (mono)
Earphone Connector: 3.5 mm mini phone jack (mono)
Charging Jack: External side jack, 2.1 mm, Charger TFP 008 can also be used as power supply
Frequency Response: 50 Hz-16 kHz, +1 -4 dB (electrical response)
Max. Distortion: .5% THD (electrical)
Max. Output Power: 125 mW into 16 Ohms (electrical)
Approvals: RoHS, WEEE

According to the data, price will be lower in next two weeks, so not waste your money and track better price!

Product review & video

How do Wireless Headphones Work? Script: Teddy Tablante Modelling Animation: Victor Duarte To most of us, it’s a complete mystery as to how wireless earbuds work. With wired headphones, it makes sense that the electricity flows from your smartphone, through the plug, up the tangle of wires, and to the headphones. But with wireless headphones, how does the audio of your favorite music or podcast get transmitted from your smartphone, through the air, and into these wireless earbuds? Well, in this episode we’re going to answer a segment of that question. wireless headphones are incredibly complex and inside these tiny plastic earbuds there are 9 distinct technologies that we’re going to explore. These technologies are the speaker, audio codecs, Bluetooth, the System on a Chip or SoC, the Printed Circuit board or PCB, accelerometers, the Lithium Ion Battery, MEMS microphones, and noise can