外観検査:構造の品質は非常に良好で、緩みのない部品、不良はんだ接合部もありません。 パフォーマンス : すぐにうまくいった。 15分ほど無負荷で放置し、3本の12ボルト50ワットの電球を直列接続しました。 出力4.2Aps(150W) 煙、臭い、ノイズは一切なく、出力電圧は35.77V(無負荷時)と35.7V(4.2A負荷時)で極めて安定しており、これまでのところ非常に良好です。 その後、同じ設定で4.2A(小さな負荷なし)で、より徹底的にテストしました。 電圧 : 非常に安定します。 B. 冷却 : 悪い。 他の批評家が言ったように、それは本当に暑くなることがあります。 4.2アンペアで10分後、出力ヒートシンクの温度は52°Cに達し、上昇していました(写真1)。 トランスや入力ヒートシンクも熱すぎ、出力コンデンサも熱を感じました。 私はその上に8x8 cm、24 V、60 mAのファンを設置しました。 完全C. 出力リップル(20MHzフィルタをONに設定):許容できません。 4.2 A の場合、約 850 mVp-p (写真2)、主に正弦波(630 mVp-p、 写真3)と、その上にスイッチング周波数によるスパイク(210~250mVp-p - 写真4)が追加されています。 理由:出力容量が不足しています。 出力に4700uFのコンデンサを追加するだけで (出力コネクタのスペア位置に直接接続できます) リップルは350mVp-p程度まで下がります(写真5)。 準正弦波は大幅に小さくなります(約50mVp-p – 写真6)。 必要であれば、私がやったように追加のLCフィルタを出力に追加することができます(13)。 ジャンクボックス1000uFコンデンサの5mHインダクタ)は、スパイクが130mVp-p以下(写真8)であるため、総リップルは160mVp-p未満(写真7)に低下します。 結論 : ファンと4700uFの出力コンデンサを追加し、十分な出力電流と非常に低価格で適切な汎用36V電源を備えています。

VISUAL INSPECTION : Quality of construction very good, no loose components, no bad solder joints. PERFORMANCE : It worked just out of the box. I left it without load for about 15 minutes and then I coupled three 12 Volts 50 Watts bulbs connected in series. Output 4.2 Amps (150 W). No smoke, no smell, no noise at all, output voltage extremely stable at 35.77 Volts (with no load) and 35.7 Volts (with 4.2 Amps load). So far so very good. Then I tested it more thoroughly with the same setup at 4.2 Amps (no smaller loads). My findings A. Voltage : Extremely stable. B. Cooling : Poor. As other reviewers have said, it can get really hot. After 10 minute at 4.2 amps, the temperature of the output heatsink reached 52 degrees Celsius and was going up (photo 1). Transformer and input heatsink were also too hot, output capacitors also felt hot. I installed above it a 8x8 cm, 24 Volts, 60 mA fan, and now it is really cold – after hours still 31 degrees Celsius. Perfect C. Output ripple (with 20 MHz filter set to ON): Not acceptable. At 4.2 Amps, it is about 850 mVp-p (photo 2), consisting mainly of a sinewave (630 mVp-p, photo 3) and on top of it are added the spikes ( 210 to 250 mVp-p - photo 4) due to the switching frequency. Reason: inadequate output capacitance. By simply adding a 4700 uF capacitor on the output (you can connect it directly to the spare positions on the output connector), the ripple goes down to about 350 mVp-p (photo 5). The quasi-sine wave is now much smaller (ca 50 mVp-p – photo 6), while the spikes remain the same. If you want, you can add on the output an additional LC filter like I did (13,5 mH inductor from the junkbox + 1000 uF capacitor), and go down to less than 160 mVp-p overall ripple (photo 7) because spikes are now 130 mVp-p or less (photo 8). Not bad. Conclusion : Add a fan and a 4700 uF output capacitor, and you have a decent general purpose 36 Volts Power Supply, with enough output current and for a very low price.

外観検査:構造の品質は非常に良好で、緩みのない部品、不良はんだ接合部もありません。 パフォーマンス : すぐにうまくいった。 15分ほど無負荷で放置し、3本の12ボルト50ワットの電球を直列接続しました。 出力4.2Aps(150W) 煙、臭い、ノイズは一切なく、出力電圧は35.77V(無負荷時)と35.7V(4.2A負荷時)で極めて安定しており、これまでのところ非常に良好です。 その後、同じ設定で4.2A(小さな負荷なし)で、より徹底的にテストしました。 電圧 : 非常に安定します。 B. 冷却 : 悪い。 他の批評家が言ったように、それは本当に暑くなることがあります。 4.2アンペアで10分後、出力ヒートシンクの温度は52°Cに達し、上昇していました(写真1)。 トランスや入力ヒートシンクも熱すぎ、出力コンデンサも熱を感じました。 私はその上に8x8 cm、24 V、60 mAのファンを設置しました。 完全C. 出力リップル(20MHzフィルタをONに設定):許容できません。 4.2 A の場合、約 850 mVp-p (写真2)、主に正弦波(630 mVp-p、 写真3)と、その上にスイッチング周波数によるスパイク(210~250mVp-p - 写真4)が追加されています。 理由:出力容量が不足しています。 出力に4700uFのコンデンサを追加するだけで (出力コネクタのスペア位置に直接接続できます) リップルは350mVp-p程度まで下がります(写真5)。 準正弦波は大幅に小さくなります(約50mVp-p – 写真6)。 必要であれば、私がやったように追加のLCフィルタを出力に追加することができます(13)。 ジャンクボックス1000uFコンデンサの5mHインダクタ)は、スパイクが130mVp-p以下(写真8)であるため、総リップルは160mVp-p未満(写真7)に低下します。 結論 : ファンと4700uFの出力コンデンサを追加し、十分な出力電流と非常に低価格で適切な汎用36V電源を備えています。

Пришедший блок питания полностью соответствует картинкам на странице магазина. Дополню только, что входной конденсатор -Chong 100uF 400V выходные - 3 х 470uF 50 V (JYCDR), кондёр ШИМа - 22uF 50V (Chengx) Маркировка ШИМ тщательно стёрта. Пайка на плате аккуратная.

Пришедший блок питания полностью соответствует картинкам на странице магазина. Дополню только, что входной конденсатор -Chong 100uF 400V выходные - 3 х 470uF 50 V (JYCDR), кондёр ШИМа - 22uF 50V (Chengx) Маркировка ШИМ тщательно стёрта. Пайка на плате аккуратная.

Пришедший блок питания полностью соответствует картинкам на странице магазина. Дополню только, что входной конденсатор -Chong 100uF 400V выходные - 3 х 470uF 50 V (JYCDR), кондёр ШИМа - 22uF 50V (Chengx) Маркировка ШИМ тщательно стёрта. Пайка на плате аккуратная.

非常に優れた電源、宣言された特性は、適度な加熱があるが、レビューを詳細に:https://www.kirich.blog/obzory/bloki-pitaniya/858-blok-pitaniya-geekcreit-36v-180w-prodolzhenie-narodnoy-serii.html

Неплохой блок питания, заявленные характеристики выдает, но имеет приличный нагрев, подробнее в обзоре- https://www.kirich.blog/obzory/bloki-pitaniya/858-blok-pitaniya-geekcreit-36v-180w-prodolzhenie-narodnoy-serii.html

非常に優れた電源、宣言された特性は、適度な加熱があるが、レビューを詳細に:https://www.kirich.blog/obzory/bloki-pitaniya/858-blok-pitaniya-geekcreit-36v-180w-prodolzhenie-narodnoy-serii.html

Das 180W - 36 V Modul ist sehr kompakt aufgebaut und kann daher raumsparend auf- und eingebaut werden. Die Leistung ist genügend für kleinere Applikationen. Auch bei einem längeren Betrieb unter Belastung wurde keine extreme Wärme festgestellt. Was mir nicht so gut gefallen hat, war die Anordnung des Sockels für das Netzkabel. auf der Seite. Das Kabel kann man nicht so gut anbringen Ich benutze das Netzteil zum Betrieb einer Vakuumpumpe im Chemielabor. Ich habe auch ein 3D Gehäuse für das WC-DX2416 nach einer Vorlage des "Ultimate Box Makers" gedruckt. (http://www.thingiverse.com/thing:1264391) Ein weiterer Bericht ist auf meiner deutschen Webseite: http://meinelektronikhobby.blogspot.de/2017/01/kompaktnetzteil-36v-180-w-wx-dc2416.html The 180W - 36 V module is very compact and therefore can be installed in small places - saving way. The performance is sufficient for smaller applications. No extreme heat was detected even during a longer operation under load. What I did not like so much was the arrangement of the socket for the power cable on the side. The cable can not be installed so well I use the power supply for the operation of a vacuum pump in the chemical laboratory. I also have a 3D housing for the WC-DX2416 printed after a template of the "Ultimate Boxmaker". (Http://www.thingiverse.com/thing:1264391) Another report is on my German website: http://meinelektronikhobby.blogspot.de/2017/01/kompaktnetzteil-36v-180-w-wx-dc2416. Html

Das 180W - 36 V Modul ist sehr kompakt aufgebaut und kann daher raumsparend auf- und eingebaut werden. Die Leistung ist genügend für kleinere Applikationen. Auch bei einem längeren Betrieb unter Belastung wurde keine extreme Wärme festgestellt. Was mir nicht so gut gefallen hat, war die Anordnung des Sockels für das Netzkabel. auf der Seite. Das Kabel kann man nicht so gut anbringen Ich benutze das Netzteil zum Betrieb einer Vakuumpumpe im Chemielabor. Ich habe auch ein 3D Gehäuse für das WC-DX2416 nach einer Vorlage des "Ultimate Box Makers" gedruckt. (http://www.thingiverse.com/thing:1264391) Ein weiterer Bericht ist auf meiner deutschen Webseite: http://meinelektronikhobby.blogspot.de/2017/01/kompaktnetzteil-36v-180-w-wx-dc2416.html The 180W - 36 V module is very compact and therefore can be installed in small places - saving way. The performance is sufficient for smaller applications. No extreme heat was detected even during a longer operation under load. What I did not like so much was the arrangement of the socket for the power cable on the side. The cable can not be installed so well I use the power supply for the operation of a vacuum pump in the chemical laboratory. I also have a 3D housing for the WC-DX2416 printed after a template of the "Ultimate Boxmaker". (Http://www.thingiverse.com/thing:1264391) Another report is on my German website: http://meinelektronikhobby.blogspot.de/2017/01/kompaktnetzteil-36v-180-w-wx-dc2416. Html

Das 180W - 36 V Modul ist sehr kompakt aufgebaut und kann daher raumsparend auf- und eingebaut werden. Die Leistung ist genügend für kleinere Applikationen. Auch bei einem längeren Betrieb unter Belastung wurde keine extreme Wärme festgestellt. Was mir nicht so gut gefallen hat, war die Anordnung des Sockels für das Netzkabel. auf der Seite. Das Kabel kann man nicht so gut anbringen Ich benutze das Netzteil zum Betrieb einer Vakuumpumpe im Chemielabor. Ich habe auch ein 3D Gehäuse für das WC-DX2416 nach einer Vorlage des "Ultimate Box Makers" gedruckt. (http://www.thingiverse.com/thing:1264391) Ein weiterer Bericht ist auf meiner deutschen Webseite: http://meinelektronikhobby.blogspot.de/2017/01/kompaktnetzteil-36v-180-w-wx-dc2416.html The 180W - 36 V module is very compact and therefore can be installed in small places - saving way. The performance is sufficient for smaller applications. No extreme heat was detected even during a longer operation under load. What I did not like so much was the arrangement of the socket for the power cable on the side. The cable can not be installed so well I use the power supply for the operation of a vacuum pump in the chemical laboratory. I also have a 3D housing for the WC-DX2416 printed after a template of the "Ultimate Boxmaker". (Http://www.thingiverse.com/thing:1264391) Another report is on my German website: http://meinelektronikhobby.blogspot.de/2017/01/kompaktnetzteil-36v-180-w-wx-dc2416. Html

I am happy with the units, all working, despite the small chances, based on the "law of total probability", they arrived without damage, the quality of the assembly was not good in 2 units, 1 with the IC this diagonal in relation to the plate and 1 unit with part of the transformer missing, the solder is not bad, but it has no shine, this is not good. Thanks to the review by @samtree, very correct as to the need for a good LC filter and the use of a small fan to cool the unit, the resistor 100 ohms load at the output of 36v, it heats up a lot, even with the unit just turned on, the voltage is constant without load or with varying loads, in the aneng and hikari multimeters the voltage remained stable, the voltage variation seen in the photos is a problem of the voltmeter / ammeter, it erroneously shows an increase in voltage proportional to the increase in load. I don't know if it's the lack of a good LC filter at the 36v output, a common problem or just this voltmeter / ammeter.      #      Estou feliz com as unidades, todas funcionando, apesar das pequenas chances, baseado na "lei da probabilidade total", chegaram sem danos, a qualidade da montagem não foi boa em 2 unidades, 1 com o IC esta diagonal em relação a placa e 1 unidade com parte do transformador faltando, a solda não está ruim, mas não tem brilho, isso não é bom, agradeço ao review de @samtree, muito correto quanto a necessidade de um bom filtro LC e ao uso de pequeno ventilador para resfriar, o resitor 100 ohms de carga na saída dos 36v, esquenta muito, mesmo com a unidade apenas ligada, a tensão é constante sem carga ou com cargas variadas, nos multimetros aneng e hikari a tensão permaneceu estável, a variação das voltagens vista nas fotos é problema do voltimetro / amperimetro, ele mostra erradamente aumento da tensão proporcional ao aumento da carga. Não sei se é a falta de um bom filtro LC na saída de 36v, um problema comum ou apenas deste voltimetro / amperimetro.

I am happy with the units, all working, despite the small chances, based on the "law of total probability", they arrived without damage, the quality of the assembly was not good in 2 units, 1 with the IC this diagonal in relation to the plate and 1 unit with part of the transformer missing, the solder is not bad, but it has no shine, this is not good. Thanks to the review by @samtree, very correct as to the need for a good LC filter and the use of a small fan to cool the unit, the resistor 100 ohms load at the output of 36v, it heats up a lot, even with the unit just turned on, the voltage is constant without load or with varying loads, in the aneng and hikari multimeters the voltage remained stable, the voltage variation seen in the photos is a problem of the voltmeter / ammeter, it erroneously shows an increase in voltage proportional to the increase in load. I don't know if it's the lack of a good LC filter at the 36v output, a common problem or just this voltmeter / ammeter.      #      Estou feliz com as unidades, todas funcionando, apesar das pequenas chances, baseado na "lei da probabilidade total", chegaram sem danos, a qualidade da montagem não foi boa em 2 unidades, 1 com o IC esta diagonal em relação a placa e 1 unidade com parte do transformador faltando, a solda não está ruim, mas não tem brilho, isso não é bom, agradeço ao review de @samtree, muito correto quanto a necessidade de um bom filtro LC e ao uso de pequeno ventilador para resfriar, o resitor 100 ohms de carga na saída dos 36v, esquenta muito, mesmo com a unidade apenas ligada, a tensão é constante sem carga ou com cargas variadas, nos multimetros aneng e hikari a tensão permaneceu estável, a variação das voltagens vista nas fotos é problema do voltimetro / amperimetro, ele mostra erradamente aumento da tensão proporcional ao aumento da carga. Não sei se é a falta de um bom filtro LC na saída de 36v, um problema comum ou apenas deste voltimetro / amperimetro.

I am happy with the units, all working, despite the small chances, based on the "law of total probability", they arrived without damage, the quality of the assembly was not good in 2 units, 1 with the IC this diagonal in relation to the plate and 1 unit with part of the transformer missing, the solder is not bad, but it has no shine, this is not good. Thanks to the review by @samtree, very correct as to the need for a good LC filter and the use of a small fan to cool the unit, the resistor 100 ohms load at the output of 36v, it heats up a lot, even with the unit just turned on, the voltage is constant without load or with varying loads, in the aneng and hikari multimeters the voltage remained stable, the voltage variation seen in the photos is a problem of the voltmeter / ammeter, it erroneously shows an increase in voltage proportional to the increase in load. I don't know if it's the lack of a good LC filter at the 36v output, a common problem or just this voltmeter / ammeter.      #      Estou feliz com as unidades, todas funcionando, apesar das pequenas chances, baseado na "lei da probabilidade total", chegaram sem danos, a qualidade da montagem não foi boa em 2 unidades, 1 com o IC esta diagonal em relação a placa e 1 unidade com parte do transformador faltando, a solda não está ruim, mas não tem brilho, isso não é bom, agradeço ao review de @samtree, muito correto quanto a necessidade de um bom filtro LC e ao uso de pequeno ventilador para resfriar, o resitor 100 ohms de carga na saída dos 36v, esquenta muito, mesmo com a unidade apenas ligada, a tensão é constante sem carga ou com cargas variadas, nos multimetros aneng e hikari a tensão permaneceu estável, a variação das voltagens vista nas fotos é problema do voltimetro / amperimetro, ele mostra erradamente aumento da tensão proporcional ao aumento da carga. Não sei se é a falta de um bom filtro LC na saída de 36v, um problema comum ou apenas deste voltimetro / amperimetro.

9月1日、私は支払い、9月23日、ORを受け取りました。 梱包 - 転送袋と段ボール箱。 荷造り中は 砕けたり破れなかった B.P. 自身、36.15Bを出し、2アンペアの負荷の下で、8アンペアで負荷がなくなるまでカットオフはチェックされなかった。 被写体の絵も。

1-го сентября оплатил, 23-го получил на ПР. Упаковка- пересылочный пакет и картонная коробочка. При пересылке не помялся, не поломался. Сам Б.П., выдаёт 36,15В. под нагрузкой в 2 Ампера, отсечку не проверял, пока на 8-мь ампер нагрузки нет. И несколько снимков самого подопытного.

9月1日、私は支払い、9月23日、ORを受け取りました。 梱包 - 転送袋と段ボール箱。 荷造り中は 砕けたり破れなかった B.P. 自身、36.15Bを出し、2アンペアの負荷の下で、8アンペアで負荷がなくなるまでカットオフはチェックされなかった。 被写体の絵も。

The construction is very solid an professional and includes electrical safety features. Only problem is that it produces a lot of ripple and noise at 50 KHz of 2-3Vpp at 35.7V. If that is a problem, additional filters must be added.

The construction is very solid an professional and includes electrical safety features. Only problem is that it produces a lot of ripple and noise at 50 KHz of 2-3Vpp at 35.7V. If that is a problem, additional filters must be added.

The construction is very solid an professional and includes electrical safety features. Only problem is that it produces a lot of ripple and noise at 50 KHz of 2-3Vpp at 35.7V. If that is a problem, additional filters must be added.

Izdelek prispel nepoškodovan. Embalaža je brez vsake sledi poškodb, tako je tudi izdelek nepoškodovan. Deluje izvrstno, tudi napetost je stabilna tudi, ko ga obremeniš. Izdelek se tudi po daljši obremenitvi ne greje pretirano.

Izdelek prispel nepoškodovan. Embalaža je brez vsake sledi poškodb, tako je tudi izdelek nepoškodovan. Deluje izvrstno, tudi napetost je stabilna tudi, ko ga obremeniš. Izdelek se tudi po daljši obremenitvi ne greje pretirano.

Izdelek prispel nepoškodovan. Embalaža je brez vsake sledi poškodb, tako je tudi izdelek nepoškodovan. Deluje izvrstno, tudi napetost je stabilna tudi, ko ga obremeniš. Izdelek se tudi po daljši obremenitvi ne greje pretirano.

非常に手頃な価格で優れた製品と出荷は予定よりも早く、製品がうまくパッケージされています。 私は非常にこの提供者、挨拶と感謝を非常にお勧めします。

Excelente producto a un costo muy asequible y el envió fue mas rápido de lo programado además de que el producto ha sido bien empacado. Recomiendo ampliamente este proveedor, saludos y muchas gracias.

非常に手頃な価格で優れた製品と出荷は予定よりも早く、製品がうまくパッケージされています。 私は非常にこの提供者、挨拶と感謝を非常にお勧めします。

works fine and fits in the dp case

works fine and fits in the dp case

works fine and fits in the dp case