Buy 2 samples until arrived after connected output antenna and supply it at 12Vdc draw more then 0,3Amp and start burned !!!!! on IC2. Second sample tested again at 12 Vdc , Not burned but hot too and power RF amplierf doesn't more than 10dB. For me very poor device maybe weren't 2 lucky pieces....

Buy 2 samples until arrived after connected output antenna and supply it at 12Vdc draw more then 0,3Amp and start burned !!!!! on IC2. Second sample tested again at 12 Vdc , Not burned but hot too and power RF amplierf doesn't more than 10dB. For me very poor device maybe weren't 2 lucky pieces....

Buy 2 samples until arrived after connected output antenna and supply it at 12Vdc draw more then 0,3Amp and start burned !!!!! on IC2. Second sample tested again at 12 Vdc , Not burned but hot too and power RF amplierf doesn't more than 10dB. For me very poor device maybe weren't 2 lucky pieces....

Goods received in perfect condition through postal services in about 4-5 weeks time, which is absolutely normal. The goods were checked in the RF workshop, and turned out to be capable of 1 Watt Maximum output by feeding 0dBm (1 milliwatt input), confirming the reliable almost uniform gain within the specified band (1-700MHz) of 30dB with linearity. We could not test it at higher power levels due to limitation of our Rf signal generator, whose output power level is limited to 0dBm (1 mW) max. Further investigation revealed that the module uses the following components with suggested power levels recommended by the manufacturer for reliable operation. RD01MUS1 (SMD CODE - K2) as the final stage rated for 520MHz, 1Watt SBA-5089Z-Sirenza. (SMD CODE - BA5Z) as the first driver stage. It may be possible to use this module at higher power levels, However we ourselves use the devices safely to half of their capacity for long term reliability for continuous operation. I am very happy to use them between 0.5 ~ 1.0 watts for our applications.... Very satisfied with the results, this will find use in various applications.

Goods received in perfect condition through postal services in about 4-5 weeks time, which is absolutely normal. The goods were checked in the RF workshop, and turned out to be capable of 1 Watt Maximum output by feeding 0dBm (1 milliwatt input), confirming the reliable almost uniform gain within the specified band (1-700MHz) of 30dB with linearity. We could not test it at higher power levels due to limitation of our Rf signal generator, whose output power level is limited to 0dBm (1 mW) max. Further investigation revealed that the module uses the following components with suggested power levels recommended by the manufacturer for reliable operation. RD01MUS1 (SMD CODE - K2) as the final stage rated for 520MHz, 1Watt SBA-5089Z-Sirenza. (SMD CODE - BA5Z) as the first driver stage. It may be possible to use this module at higher power levels, However we ourselves use the devices safely to half of their capacity for long term reliability for continuous operation. I am very happy to use them between 0.5 ~ 1.0 watts for our applications.... Very satisfied with the results, this will find use in various applications.

Goods received in perfect condition through postal services in about 4-5 weeks time, which is absolutely normal. The goods were checked in the RF workshop, and turned out to be capable of 1 Watt Maximum output by feeding 0dBm (1 milliwatt input), confirming the reliable almost uniform gain within the specified band (1-700MHz) of 30dB with linearity. We could not test it at higher power levels due to limitation of our Rf signal generator, whose output power level is limited to 0dBm (1 mW) max. Further investigation revealed that the module uses the following components with suggested power levels recommended by the manufacturer for reliable operation. RD01MUS1 (SMD CODE - K2) as the final stage rated for 520MHz, 1Watt SBA-5089Z-Sirenza. (SMD CODE - BA5Z) as the first driver stage. It may be possible to use this module at higher power levels, However we ourselves use the devices safely to half of their capacity for long term reliability for continuous operation. I am very happy to use them between 0.5 ~ 1.0 watts for our applications.... Very satisfied with the results, this will find use in various applications.

Перед подключением используйте силиконовую смазку под транзисторами. Максимальное напряжение 12 В. Транзисторы работают в классе А. При напряжении 12 В, ток составляет 0,45 А. Выходная мощность 1,25 Вт, усиление мощности 27 дБ при f = 400 МГц. Он будет хорош в качестве симметричного драйвера ступени выхода класса B. Срок поставки составил 60 дней.

Before connecting, use silicone grease under the transistors. The maximum voltage is 12 V. The transistors operate in class A. At 12 V, the current is 0.45 A. 1.25 W output power, 27 dB power gain at f = 400 MHz.It will be good as a class B symmetric output stage driver. Delivery time was 60 days.

Перед подключением используйте силиконовую смазку под транзисторами. Максимальное напряжение 12 В. Транзисторы работают в классе А. При напряжении 12 В, ток составляет 0,45 А. Выходная мощность 1,25 Вт, усиление мощности 27 дБ при f = 400 МГц. Он будет хорош в качестве симметричного драйвера ступени выхода класса B. Срок поставки составил 60 дней.

Хорошее значение... но может быть изменено, чтобы работать лучше, уменьшая ток смещения на выходе. Резистор R6 должен быть уменьшен. Можно использовать небольшой (10k) тримпот, чтобы сделать регулируемым.

Good value... but can be modified to work better by reducing the bias current on the output stage. Resistor R6 needs to be reduced. Can use a small (10k) trimpot to make adjustable.

Хорошее значение... но может быть изменено, чтобы работать лучше, уменьшая ток смещения на выходе. Резистор R6 должен быть уменьшен. Можно использовать небольшой (10k) тримпот, чтобы сделать регулируемым.

Очень хорошо

Very good

Очень хорошо

Nice & functional. Some frequency output is 2F.

Nice & functional. Some frequency output is 2F.

Nice & functional. Some frequency output is 2F.

Крошечный, но хороший!

tiny but good!

Крошечный, но хороший!

Работает хорошо с напряжением питания не более 10 вольт 100 м. Встроенный в металлический корпус, с отверстием, через которое пересекаются охлаждающие плавники.

Werkt goed bij een voedingsspanning niet hoger dan 10 volt 100ma. Ingebouwd in een metalen behuizing, met een opening waar de koelvinnen doorheen steken.

Работает хорошо с напряжением питания не более 10 вольт 100 м. Встроенный в металлический корпус, с отверстием, через которое пересекаются охлаждающие плавники.

Питание от 15,03 В постоянного тока, как указано и передано. Он сгорел за 10 секунд. Я предлагаю использовать только 12,0 В постоянного тока не более. Жду нового порядка.

Powered up on 15.03 VDC as specified and transmitted. It fried in 10 seconds. I suggest using only 12.0 VDC NO MORE. Awaiting new order.

Питание от 15,03 В постоянного тока, как указано и передано. Он сгорел за 10 секунд. Я предлагаю использовать только 12,0 В постоянного тока не более. Жду нового порядка.

Haven't yet tried it...but all other things I ordered all worked fine. So no fear that this one won't work. And great quality for such a price. I use it for all kind of experiments.

Haven't yet tried it...but all other things I ordered all worked fine. So no fear that this one won't work. And great quality for such a price. I use it for all kind of experiments.

Haven't yet tried it...but all other things I ordered all worked fine. So no fear that this one won't work. And great quality for such a price. I use it for all kind of experiments.