TX6201
ChipSourceTek
1.67MB
250ma low power ldo. The TX6201 series is a group of positive voltage output, three-pin regulators, that provide a high k current even when the input/out
📁 Related Datasheet
TX6202 - 150mA Low Power LDO
(ChipSourceTek)
TX6202 Series
150mA Low Power LDO
Features
Low voltage drop: 0.26V@100mA High input voltage: 15V Low temperature coefficient Large Output Cu.
TX6206 - 3-terminal positive voltage regulators
(ChipSourceTek)
Features
l Low power consumption l Low voltage drop l Low temperature coefficient
TX6206
l Low Quiescent Current: 5uA at 6V l Output voltage accuracy.
TX6250 - 1A Low Power High PSRR LDO
(ChipSourceTek)
TX6250
1A Low Power High PSRR LDO
Features
Low voltage drop: 0.06V@100mA High input voltage: 8.5V Low temperature coefficient
Low Quiescent.
TX6251 - 1A Low Power LDO
(ChipSourceTek)
TX6251
Features
⚫ Low voltage drop: 0.06V@100mA ⚫ High input voltage: 8.5V ⚫ Low temperature coefficient
1A Low Power LDO
⚫ Low Quiescent Current: 2u.
TX6-ATS306T - 7-Function Remote Controller
(Actions Semiconductor)
Actions Semiconductor Co., Ltd. 7-Function Remote Controller TX6 ATS306T/RX6 ATS306R
Actions Semiconductor Co., Ltd.
TX6 ATS306T/RX6 ATS306R Data Shee.
TX6000 - 916.50 MHz Hybrid Transmitter
(RF Monolithics Inc)
®
· Designed for Short-Range Wireless Data Communications · Supports RF Data Transmission Rates Up to 115.2 kbps · 3 V, Low Current Operation plus Sl.
TX6000 - 458MHZ RF TRANSMITTER & RECEIVER
(rfsolutions)
..
458MHZ RF TRANSMITTER & RECEIVER
FEATURES
• Miniature Crystal Module • 500mw RF Output Power • Very High Frequency Stability • Up.
TX6001 - 868.35 MHz Hybrid Transmitter
(RF Monolithics)
..
®
TX6001 868.35 MHz Hybrid Transmitter
• • • • •
Designed for Short-Range Wireless Data Communications Supports RF Data Transm.
TX6004 - 914.00 MHz Hybrid Transmitter
(RF Monolithics)
..
®
TX6004 914.00 MHz Hybrid Transmitter
• • • • •
Designed for Short-Range Wireless Data Communications Supports RF Data Transm.
TX6115 - Switching buck-type LED constant current driver
(XDsemi)
.
