Products — Transformers
BTI7 Pulse Transformer Blocks for Microelectronic Equipment
US$3-18
Product of pulse duration by input pulse voltage:
0.1 to 25.0 (×10^-6)
Insulation resistance, not less:
500(×10^6)
PJSC "MSTATOR" 🇷🇺
BTI5 Pulse Transformer Blocks for Microelectronics
US$3-18
Number of transformers in the unit:
4
Primary winding inductance, not less than:
0.1 to 5.0 (×10^-3)
PJSC "MSTATOR" 🇷🇺
Impulse Transformer Blocks BTI4 for Microelectronics
US$3-18
Number of windings of each transformer:
2...3
Number of transformers in the unit:
3...4
PJSC "MSTATOR" 🇷🇺
Pulse Transformer Block Type BTI8
US$3-18
Primary winding inductance, not less than:
1.0;2.5;5.0(×10^-3)
Capacitance between primary and each secondary winding, not more than:
40 to 220(×10^-12)
PJSC "MSTATOR" 🇷🇺
Impulse Transformer Blocks Type BTI9
US$3-18
Insulation resistance, not less:
500 (×10^6)
Electrical insulation strength: DC voltage:
250
PJSC "MSTATOR" 🇷🇺
Pulse Transformer Units BTI2 for Microelectronics
US$3-18
Primary winding inductance, not less than:
0.1 to 0.5 (×10^-3)
Capacitance between primary and each secondary winding, not more than:
20 to 90 (×10^-12)
PJSC "MSTATOR" 🇷🇺
BTI12 Impulse Transformer Blocks for Gas Discharge Control
US$3-18
Primary winding inductance, not less than:
0,5 (×10^-3)
Capacitance between primary and each secondary winding, not more than:
17 (×10^-12)
PJSC "MSTATOR" 🇷🇺
BTI8 Type Impulse Transformer Blocks for Microelectronics
US$3-18
Number of transformers in the unit:
2
Primary inductance:
0.08 to 0.31(×10^-3)
PJSC "MSTATOR" 🇷🇺
Pulse Transformer Blocks BTI1 for Microelectronics
US$3-18
Insulation resistance, not less:
100 (×10^6)
Magnetizing current, not more:
10 (×10^-3)
PJSC "MSTATOR" 🇷🇺
Impulse Transformer Blocks Type BTI6
US$3-18
Number of transformers in the unit:
2
Electrical insulation strength:direct current voltage:
150
PJSC "MSTATOR" 🇷🇺
BTI3 Impulse Transformer Blocks for Microelectronics
US$9-60
Product of pulse duration by input pulse voltage:
7.5 to 50.0 (×10^-6)
Number of transformers in the unit:
4
PJSC "MSTATOR" 🇷🇺
TI11 Pulse Transformers for Gas Discharge Indicator Panels
US$0.90-3.60
Maximum product of pulse duration by input pulse voltage:
12.5 ? 50.0(×10^-6)
Operating temperature range:
-60...85
PJSC "MSTATOR" 🇷🇺
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TI5 Pulse Transformers for Microelectronics
US$0.90-3.60
Product of pulse duration by input pulse voltage:
6.3 to 50.0 (×10^-6)
Primary winding inductance, not less than:
0.6 to 5.0(×10^-3)
PJSC "MSTATOR" 🇷🇺
Matching Pulse Transformers TIS1 for Data Transmission
US$3-18
Insulation resistance (voltage 100 V), not less than:
500 (×10^6)
Electrical insulation strength: DC voltage:
250
PJSC "MSTATOR" 🇷🇺
High-impedance Linear Pulse Transformer TIL3B
US$3-18
Capacitance between windings I, II and III-VI, not more:
85(×10^-12)
Scattering inductance of the first and second windings, not more:
1,6(×10^-6)
PJSC "MSTATOR" 🇷🇺
TII6 Open-Type Pulse Transformers
US$0.90-6
Primary winding inductance, not less than:
0.01 or 0.60(×10^-3)
Capacitance between primary and each secondary winding, not more than:
20 or 85(×10^-12)
PJSC "MSTATOR" 🇷🇺
TII4 Type Pulse Transformers for Hybrid Film Circuits
US$0.90-6
Product of pulse duration by input pulse voltage:
0.8 to 50.0(×10^-6)
Primary winding inductance, not less than:
0.08 to 5(×10^-3)
PJSC "MSTATOR" 🇷🇺
TI4 Type Pulse Transformers for Microelectronics
US$0.90-6
Primary winding inductance, not less than:
0.01 to 1.2 (×10^-3)
Capacitance between primary and each secondary winding, not more than:
10 to 100 (×10^-12)
PJSC "MSTATOR" 🇷🇺
Impulse Matching Transformers TIS2 for Data Transmission
US$3-18
Operating temperature range:
-60...85
Pulse peak drop at the output, not more than:
20
PJSC "MSTATOR" 🇷🇺
TIR1 Type Open Impulse Transformers
US$9-36
Number of transformer windings:
4
Capacitance between primary and each secondary winding, not more than:
12 (×10^-12)
PJSC "MSTATOR" 🇷🇺
TI14 Type Impulse Transformers for Power Converters
US$0.90-3.60
Maximum product of pulse duration by input pulse voltage:
600(×10^-6)
Capacitance between windings I-III; I-IV, not more:
20(×10^-12)
PJSC "MSTATOR" 🇷🇺
Linear Impulse Transformers TIL5V for Safe Signal Isolation
US$3-18
Product of pulse duration by input pulse voltage:
50 (×10^-6)
Decay of the flat part of the pulse at the output, not more than:
10
PJSC "MSTATOR" 🇷🇺
High Impedance Linear Pulse Transformers TIL2B
US$3-18
Number of windings of each transformer:
4
Transformation ratio:
1
PJSC "MSTATOR" 🇷🇺
TI4 Pulse Transformers for Microelectronics Applications
US$0.90-3.60
Number of transformer windings:
3
Electrical insulation strength: DC voltage:
150
PJSC "MSTATOR" 🇷🇺
Encapsulated Pulse Transformers TII3 for Hybrid Systems
US$0.90-6
Capacitance between the primary and each of the secondary windings:
10 to 170(×10^-12)
Primary inductance:
0.01 to 5(×10^-3)
PJSC "MSTATOR" 🇷🇺
Linear Impulse Transformers TIL6B for Galvanic Isolation
US$3-18
Pulse peak drop at the output, not more than:
20
Scattering inductance of I and II windings, not more than:
6 (×10^-6)
PJSC "MSTATOR" 🇷🇺
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Open Type Impulse Transformers TII5
US$0.90-3.60
Maximum product of pulse duration by input pulse voltage:
12.5;25.0 ? 50.0(×10^-6)
Capacitance between primary and secondary windings, not more than:
50;70 ? 20(×10^-12)
PJSC "MSTATOR" 🇷🇺
High-Impedance Linear Pulse Transformers TIL4V
US$9-36
The product of the pulse duration by the input pulse voltage at which the linearity of the idle current is practically preserved:
150 (×10^-6)
Decay of the flat part of the pulse at the output, not more than:
10
PJSC "MSTATOR" 🇷🇺
TIG Type Pulse Transformers for Hybrid Circuit Applications
US$3-18
Product of pulse duration by input pulse voltage:
1.0 to 50.0 (×10^-6)
Operating temperature range:
-60...85
PJSC "MSTATOR" 🇷🇺
Impulse Transformers Type TIS3H-1
US$0.90-3.60
Capacitance between windings, not more:
50(×10^-12)
Scattering inductance of primary winding , not more:
4(×10^-6)
PJSC "MSTATOR" 🇷🇺