(Silicon Whakahaere Whakatikatika)) BT139-600E

Tirohanga o nga Diodes Whakatikatika

Ko nga diodes kaiwhakatika he taputapu semiconductor e whakamahia ana mo te huri i te ia tau (AC) ki te au tika (DC). Ka taea e ratou te rere ngawari ki te huarahi kotahi i te wa e parea ana ki te huarahi ke. Ko tenei taonga kotahi te hanga i a raatau he waahanga nui ki nga taputapu hiko, tukatuka tohu, me nga momo iahiko hiko. Ka taea e nga diodes kaiwhakatika te hapai i te whānuitanga o nga ia me nga ngaohiko, kia whai kiko ana mo nga tono maha.

Nga ahuatanga o nga Diodes Whakatikatika

Kawenga Takitahi: Ka whakahaere i te rere o naianei i te huarahi kotahi anake, whai hua te aukati i te naianei whakamuri.
Te Whakahaere o naianei Teitei: I hoahoatia hei kawe i nga au o mua, e tika ana mo nga tono mana teitei.
Te Ngaohiko Hurihuri Peak (PIV): Ka taea te tu i nga ngaohiko whakamuri teitei me te kore e pakaru.
Whakaheke Ngaohiko Whakamua Iti: Ka whakaiti i te ngaronga o te hiko hei wera, te whakapai ake i te pai.
Wā Whakaora Tere: Ka tere te whakawhiti mai i te whakahaere ki nga ahuatanga kore whakahaere, he painga mo nga tono auau teitei.
Pūmautanga Ngawha: Ka mau tonu te mahinga puta noa i te awhe pāmahana whanui, te whakarite i te pono i roto i nga ahuatanga rereke.
Rahi Kiato: Ko te ahua iti ka awhina i te whakauru ki nga hoahoa hiko kiato.
Utu-Painga: Ka whakarato i te otinga ohaoha mo nga hiahia huringa AC-ki-DC.
Nga momo kete: E waatea ana i roto i nga whiringa kohinga maha kia pai ai nga whakaritenga whakapuru rereke.

((Silicon Whakahaere Whakatikatika)) BT139-600E)

Whakatakotoranga o (Silicon Whakahaere Whakatikatika)) BT139-600E

The BT139-600E is a Silicon Controlled Rectifier (SCR) created for high-power switching applications, providing reputable efficiency in AC voltage control systems. This thyristor belongs to the BT139 series, including a repeated height off-state voltage (VDRM) and reverse voltage (VRRM) of 600V, making it appropriate for medium-to-high voltage circuits. It has an average on-state present (ITAV) of 16A, with a non-repetitive rise present (ITSM) of 155A, making certain durable handling of transient overloads. The device runs with an entrance trigger present (IGT) as reduced as 5mA, paired with a gate trigger voltage (VGT) o 1.5 V, allowing reliable control with minimal input power. Te au pupuri (IH) is 5mA, keeping conduction until current drops below this limit. The BT139-600E exhibits a low on-state voltage decline (VT) o 1.7 V at 16A, lessening power loss throughout transmission. Its critical rate of rise of voltage (dv/dt) ko 1000 V/ µs, offering immunity against false triggering from voltage spikes. Housed in a TO-220AB insulated plan, it consists of a separated installing tab for very easy heatsink attachment, te whakanui i te whakahaere waiariki. The device sustains an operating junction temperature series of -40 ° C ki 125 ° C, making sure integrity across harsh environments. Applications include motor rate controls, dimmers, heater, and air conditioning power changing in industrial or customer electronics. Certified with RoHS and REACH requirements, it abides by environmental and safety and security regulations. Mo te tino pai, make certain correct heatsinking and protected electrical isolation during setup. The BT139-600E incorporates toughness with exact control, perfect for designers looking for an affordable SCR for high-efficiency power law. Always consult the datasheet for derating standards and circuit defense suggestions to maximize longevity and safety.

((Silicon Whakahaere Whakatikatika)) BT139-600E)

Nga tono o (Silicon Whakahaere Whakatikatika)) BT139-600E

The BT139-600E is a robust Silicon Controlled Rectifier (SCR) created for medium to high-power switching applications. With a voltage score of 600V and a present rating of 16A, this thyristor is housed in a TO-220AB package, ensuring reliable thermal administration and compatibility with basic heat sinks. Its capability to manage high rise currents (up to 185A non-repetitive) and exact entrance control makes it ideal for diverse air conditioning power control situations.

A primary application of the BT139-600E is electric motor speed policy in home appliances like washing equipments, hoover, and commercial tools. By changing the phase angle of AC input, it allows smooth control over electric motor torque and RPM. In illumination systems, it acts as a trusted component in dimmer circuits for incandescent or halogen lights, regulating illumination through phase-cut triggering.

Temperature control systems, such as electrical ovens, heating units, and soldering stations, leverage the SCR’s changing capacity to manage power delivery to heating elements, maintaining regular thermal output. It is also used in phase-controlled rectifiers for transforming AC to DC in power supplies, riihi pākahiko, me nga punaha UPS, ensuring steady voltage and current for delicate electronic devices.

Surge defense devices utilize the BT139-600E to divert excess present throughout voltage spikes, safeguarding connected equipment. I roto i te aunoatanga ahumahi, it serves as a solid-state relay for changing heavy lots like solenoids or actuators, providing faster reaction and longer life expectancy than mechanical relays. Nga punaha rauemi whakahou, including solar inverters, utilize this SCR for efficient power conversion and grid synchronization.

I tua atu, the BT139-600E is essential to soft-start circuits, lowering inrush present in transformers or electric motors to prevent component anxiety. Its tough layout guarantees integrity in rough settings, making it appropriate for automobile ignition systems, taputapu fehokotaki'anga, and heating and cooling controls. With its equilibrium of performance, resilience, me te whai hua-utu, the BT139-600E stays a versatile solution for designers seeking exact and reliable power monitoring throughout consumer, arumoni, and renewable energy applications.

Kōtaha Kamupene

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) Ko tetahi o nga hinonga rangatira mo te hangarau hiko hiko me nga hua hiko, e tino whai waahi ana ki te whakawhanake i nga kaihurihuri ra， whakahurihuri, nga kaiwhakahaere ngaohiko, rūnanga tohatoha, thyristors， kōwae， ngohe， whakamahana, me etahi atu taputapu hiko, semiconductors ranei. Ka whakapau kaha matou ki te whakarato ki nga kaiwhakamahi te kounga teitei, hua pai me te ratonga whai whakaaro.

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5 FAQ o (Silicon Whakahaere Whakatikatika)) BT139-600E

The BT139-600E is a Silicon Controlled Rectifier (SCR) designed for high-efficiency switching in AC applications. Kei raro nei nga patai e rima e pa ana ki tenei waahanga, te whakautu poto:

**What are the maximum voltage and current ratings of the BT139-600E?**
The BT139-600E can handle a repetitive off-state voltage of up to 600V and a maximum RMS current of 16A (8A average current). These ratings make it suitable for medium-power applications requiring reliable switching under high voltage conditions.

**What are the typical applications for the BT139-600E?**
This SCR is commonly used in AC motor speed controls, lighting dimmers, heating regulation systems, and power supply circuits. It is ideal for switching or phase-control tasks in industrial equipment, home appliances, me nga punaha aunoa.

**How do I trigger the BT139-600E?**
The device is triggered by applying a short positive gate current (typically 5–35mA) between the gate and cathode terminals. A gate voltage of around 1.5V is usually sufficient to turn it on. Kia whakaohohia, the SCR remains conductive until the anode-cathode current drops below its holding current (typically 10–50mA).

**Does the BT139-600E require a heat sink?**
Ae, when operating near its maximum current ratings or in high-ambient-temperature environments, a heat sink is necessary to dissipate heat. The SCR has a junction temperature limit of 125°C and a thermal resistance of 2.5°C/W (junction to case). Proper mounting with thermal paste ensures optimal performance and longevity.

**How can I test if the BT139-600E is functional?**
Use a multimeter in diode-test mode: Anode-to-cathode should show open (infinite resistance) until the gate is briefly connected to the anode via a resistor (e.g., 100Ω). After triggering, the meter should indicate low resistance, confirming conduction. For full testing, integrate the SCR into a low-power circuit with a load (e.g., a lamp) to verify switching behavior.

These answers provide key insights into the BT139-600E’s capabilities, whakamahinga, and testing for effective integration into electronic systems.

((Silicon Whakahaere Whakatikatika)) BT139-600E)