TSRN 1-2433SM

DC-DC модульный преобразователь - Монтаж: на плату, SMD; P вых: 3.3 Вт; #: 1; U вх: 4.6...42 В; Выход: 3.3 В; U вх ном.: 24 В
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Технические характеристики

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Монтаж
Выходная мощность
Количество каналов
Входное напряжение
Параметры выходов
Возможности
Комплекс защит короткого замыкания, перегрева
Номинальное входное напряжение
Напряжение 1 выхода
Ток 1 выхода
Уровень пульсаций
КПД
Напряжение изоляции вход-выход
Размер 11.7×10.2×7.5 мм
Рабочая температура
Примечания DC/DC преобразователь без гальванической изоляции с высоким КПД
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Аналоги 24

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Тип Наименование Корпус Упаковка i Монтаж P вых Каналов U вх Выход Возможности Защита U вх ном. U1 U2 U3 I1 I2 I3 Шум КПД Паралл. сх. Uиз. вх-вых Uиз. вх-общ Uиз. вых-общ Uиз. вых-вых Серт. медиц. T раб Примечания Карточка
товара
A- K7803-1000R3 (MORNSUN) SIP3 в линейках 440 шт
A- SKMW06G-03 (MW) 1X1INCH в линейках 19 шт
 
A- TDN 5-2410WI (TRACO) DIP-6 в линейках 10 шт
A- TMR 3-1210 (TRACO) SIP87 в линейках 10 шт DC-DC модульный преобразователь - Монтаж: на плату, SIP8; P вых: 3 Вт; #: 1; U вх: 9...... Защита от КЗ: продолжительная с автовосстановлением
A- TMR 3-2410 (TRACO) SIP87 в линейках 10 шт DC-DC модульный преобразователь - Монтаж: на плату, SIP8; P вых: 3 Вт; #: 1; U вх: 18..... Защита от КЗ: продолжительная с автовосстановлением
A- TMR 3-2410WI (TRACO) SIP87 в линейках 10 шт DC-DC Защита от КЗ: продолжительная с автовосстановлением
A- TEN 3-0510 (TRACO) DIP-24 в линейках 10 шт DC-DC модульный преобразователь - Монтаж: на плату, DIP24; P вых: 3 Вт; #: 1; U вх: 4.5... Защита от КЗ: продолжительная с автовосстановлением
A- TEN 3-2410 (TRACO) DIP-24 в линейках 10 шт DC-DC модульный преобразователь - Монтаж: на плату, DIP24; P вых: 3 Вт; #: 1; U вх: 18.... Защита от КЗ: продолжительная с автовосстановлением
A- TSR 1-2433 (TRACO) SIP3 в линейках 10 шт короткого замыкания, перегрева DC/DC преобразователь без гальванической изоляции с высоким КПД
A- TSRN 1-2433 (TRACO) SIP3 в линейках 10 шт короткого замыкания, перегрева DC/DC преобразователь без гальванической изоляции с высоким КПД
A- THL 3-2410WI (TRACO) DIP-16 в линейках 10 шт DC-DC модульный преобразователь - Монтаж: на плату, DIP; P вых: 3 Вт; #: 1; U вх: 9...3...
A- TDN 3-4810WISM (TRACO) SMD5 в линейках 10 шт
A- TEN 3-4810WI (TRACO) DIP-24 10 шт DC-DC модульный преобразователь - Монтаж: на плату, DIP24; P вых: 3 Вт; #: 1; U вх: 18.... Защита от КЗ: продолжительная с автовосстановлением
A- R-78E3.3-1.0 (RECOM) SIP3 в линейках 42 шт
A- K7803T-1000R3 (MORNSUN) SMD10 в линейках 1000 шт
A- K78L03-1000R3 (MORNSUN) SIP3 1 шт
A- TEN 3-2410WIN (TRACO) DIP2410 1 шт
 
A- TMR 3-2410E (TRACO) SIP87 в линейках 10 шт
 
A- TMR 3-2410HI (TRACO) SIP87 1 шт
A- TMR 3-2410WIE (TRACO) SIP87 в линейках 10 шт Защита от КЗ: продолжительная с автовосстановлением
A- TMR 3-2410WIR (TRACO) 5 шт
A- TEN 3-4810 (TRACO) DIP-24 в линейках 10 шт DC-DC модульный преобразователь - Монтаж: на плату, DIP24; P вых: 3 Вт; #: 1; U вх: 36.... короткого замыкания, перенапряжения, перегрева Защита от КЗ: продолжительная с автовосстановлением
A- TEN 3-4810N (TRACO) DIP2410 10 шт
A- TEN 3-4810WIN (TRACO) DIP2410 в линейках 10 шт
 

Файлы 3

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Baar, 11. December 2014 Cleaning Guideline Scope This guideline covers hermetically sealed board mounted Traco converters. We do not recommend washing insert moulded products, where it is difficult to get them dry inside. Please check also, if there is an additional comment about washing in the datasheet or application note of the concerned product. Note: We do generally not recommend washing or cleaning electronic components. You should avoid it, if it is not absolutely necessary. It may reduce the reliability of the involved components in your application. Board cooling prior to cleaning process Converters and their associated application PCB assemblies should not be wash-cleaned after soldering until they had the opportunity to cool within the cleaning solution temperature. This will prevent vacuum absorption of the cleaning liquid into the module between the pins and the potting during cooling. Cleaning agents Cleaning method Classification Cleaning agents Water type Deionized water Ultrasonic wave Solvent type IPA Note: In general, the liquid temperature shall be less than 60°C. Cleaning process In aqueous cleaning, it is preferred to have an in-line cleaner system consisting of several cleaning stages (prewash, wash, rinse, final rinse, and drying). Deionised (DI) water is recommended for aqueous cleaning; the minimum resistively level is 1MΩ-cm. Tap-water quality varies per region in terms of hardness, chloride, and solid contents. Therefore, the use of tap water is not recommended for aqueous cleaning. Note: The total time of ultrasonic wave shall be less than 3 minutes. Drying After cleaning, assure that everything will be dry enough, that the moisture and other potential contaminants will not be present anymore. Use an air circulating chamber (e.g. 0.5-0.7m3/s) and thermal oven at 80-100°C (during 20-120min, depending on assembling, structure, components). Handheld air guns are not recommended. It is on customer’s own responsibility to ensure all components are dry. Product post-wash external appearance The marking or date-code may fade or disappear after cleaning. That does not concern the performance of the converter. Andreas Flühler, Head of Technical Services PDF
Рекомендации по промывке и сушке 

Cleaning Guideline

Дата модификации: 02.02.2021

Размер: 79 Кб

1 стр.

DC/DC Converters TSRN-1SM Series, 1 A Switching Regulator Features ◆ Compact SMD package ◆ Suitable for positive & negative output circuit ◆ Adjustable output voltage ◆ Wide input up to 42 VDC ◆ Remote On/Off input ◆ Built in filter capacitors ◆ Operation temp. range –40°C to +85°C ◆ No heat-sink required ◆ Over-temperature protection ◆ Short circuit protection The new TSRN-1SM series are step-down non–isolated switching regulators in compact SMD package. They are an ideal solution to replace inefficient linear regula◆ Excellent line / load regulation tors. The high efficiency up to 95 % allows full load operation up to +55°C (+85°C ◆ Low standby current with derating) ambient temperature without the need of forced aircooling. ◆ Moisture sensitivity level (MSL) 1 The TSRN-1SN switching regulators provide other significant features over linear regulators, i.e. better output accuracy (±2 %), lower standby current of ~4 mA and ◆ Qualified for leadfree reflow solder no requirement of external capacitors. They are suitable for positive or negative output circuits and offer a trim input for output voltage adjustment. The high efficiency, low standby power consumption and remote On/Off function make these regulators an ideal solution for energy sensitive applications. process ◆ 3-year product warranty Models Order code 1) Input voltage range 2) / (nominal) Output voltage nominal trim range Output current 3) max. Efficiency typ. @ Vin min. @ Vin 36VDC Positive output circuit TSRN 1-0525SM 3.0 – 5.5 VDC (5 VDC) 2.5 VDC 1.2 – 3.6 VDC 95.5 % TSRN 1-2433SM 4.6 – 42 VDC (12 VDC) 3.3 VDC 1.5 – 5.5 VDC 87.5 % 80 % TSRN 1-2450SM 6.5 – 42 VDC (12 VDC) 5.0 VDC 2.5 – 8.0 VDC 91.5 % 83.5 % TSRN 1-2490SM 10.5 – 42 VDC (12 VDC) 9.0 VDC 4.5 – 12.6 VDC 94.5 % 89 % TSRN 1-24120SM 13.5 – 42 VDC (24 VDC) 12 VDC 4.5 – 13.5 VDC 95.0 % 91 % TSRN 1-24150SM 16.5 – 42 VDC (24 VDC) 15 VDC 4.5 – 15.5 VDC 95.5 % 92.5 % 1.0 A 95 % (at 5.5VDC) Negative output circuit TSRN 1-2433SM 4.6 – 32 VDC (12 VDC) -3.3 VDC -1.5 – -5.5 VDC 0.6 A 74 % 77 % TSRN 1-2450SM 4.6 – 31 VDC (12 VDC) -5.0 VDC -2.5 – -8.0 VDC 0.4 A 80 % 78 % TSRN 1-2490SM 7 – 27 VDC (12 VDC) -9.0 VDC -4.5 – -12.6 VDC 0.3 A 85 % 82 % TSRN 1-24120SM 7 – 24 VDC (12 VDC) -12 VDC -4.5 – -13.5 VDC 0.3 A 84 % 86 % TSRN 1-24150SM 7 – 21 VDC (12 VDC) -15 VDC -4.5 – -15.5 VDC 0.2 A 85 % 84 % 1) Same order code for positive and negative output operation, see page 3 for circuits. 2) For input voltage higher 36 VDC an input capacitor 22 µF/ 50 V is required. 3) For positive output circuit, input voltage must be higher than output voltage set: >0.5 V for TSRN1-0525SM and >1.5 V for other models. For negative output circuit, input voltage plus absolute output voltage set must not exceed 36 VDC (Vin + |Vout| < 36 VDC) http://www.tracopower.com Page 1 of 4 PDF
Документация на серию TSRN1SM 

Дата модификации: 07.02.2014

Размер: 265.5 Кб

4 стр.

DC/DC Converters TSRN-1SM Series, 1 A Switching Regulator Features ◆ Compact SMD package ◆ Suitable for positive & negative output circuit ◆ Adjustable output voltage ◆ Wide input up to 42 VDC ◆ Remote On/Off input ◆ Built in filter capacitors ◆ Operation temp. range –40°C to +85°C ◆ No heat-sink required ◆ Over-temperature protection ◆ Short circuit protection The new TSRN-1SM series are step-down non–isolated switching regulators in compact SMD package. They are an ideal solution to replace inefficient linear regula◆ Excellent line / load regulation tors. The high efficiency up to 95 % allows full load operation up to +55°C (+85°C ◆ Low standby current with derating) ambient temperature without the need of forced aircooling. ◆ Not moisture sensitivity level (MSL) 1 The TSRN-1SN switching regulators provide other significant features over linear regulators, i.e. better output accuracy (±2 %), lower standby current of ~4 mA and ◆ Qualified for leadfree reflow solder process ◆ 3-year product warranty no requirement of external capacitors. They are suitable for positive or negative output circuits and offer a trim input for output voltage adjustment. The high efficiency, low standby power consumption and remote On/Off function make these regulators an ideal solution for energy sensitive applications. Models Order code 1) Input voltage range 2) / (nominal) Output voltage nominal trim range 3) 1.2 – 3.6 VDC Output current max. Efficiency typ. @ Vin min. @ Vin max. 95.5 % 95 % Positive output circuit TSRN 1-0525SM 3.0 – 5.5 VDC (5 VDC) 2.5 VDC TSRN 1-2433SM 4.6 – 42 VDC (12 VDC) 3.3 VDC 1.5 – 5.5 VDC 87.5 % 80 % TSRN 1-2450SM 6.5 – 42 VDC (12 VDC) 5.0 VDC 2.5 – 8.0 VDC 91.5 % 83.5 % TSRN 1-2490SM 10.5 – 42 VDC (12 VDC) 9.0 VDC 4.5 – 12.6 VDC 94.5 % 89 % TSRN 1-24120SM 13.5 – 42 VDC (24 VDC) 12 VDC 4.5 – 13.5 VDC 95.0 % 91 % TSRN 1-24150SM 16.5 – 42 VDC (24 VDC) 15 VDC 4.5 – 15.5 VDC 95.5 % 92.5 % 1.0 A Negative output circuit TSRN 1-2433SM 4.6 – 32 VDC (12 VDC) -3.3 VDC -1.5 – -5.5 VDC 0.6 A 74 % 77 % TSRN 1-2450SM 4.6 – 31 VDC (12 VDC) -5.0 VDC -2.5 – -8.0 VDC 0.4 A 80 % 78 % TSRN 1-2490SM 7 – 27 VDC (12 VDC) -9.0 VDC -4.5 – -12.6 VDC 0.3 A 85 % 82 % TSRN 1-24120SM 7 – 24 VDC (12 VDC) -12 VDC -4.5 – -13.5 VDC 0.3 A 84 % 86 % TSRN 1-24150SM 7 – 21 VDC (12 VDC) -15 VDC -4.5 – -15.5 VDC 0.2 A 85 % 84 % 1) Same order code for positive and negative output operation, see page 3 for circuits. 2) For input voltage higher 36 VDC an input capacitor 22 µF/ 50 V is required. 3) For positive output circuit, input voltage must be higher than output voltage set: >0.5 V for TSRN1-0525SM and >1.5 V for other models. For negative output circuit, input voltage plus absolute output voltage set must not exceed 36 VDC (Vin + |Vout| < 36 VDC) http://www.tracopower.com Page 1 of 4 PDF
Документация на серию TSRN1SM 

Дата модификации: 02.11.2012

Размер: 344.2 Кб

4 стр.

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