Passive Components Dealers in Mumbai

application audio, power, ht brand samwha capacitance 1mfd to 15000mfd capacitor type aluminium electrolytic capacitor voltage rating 6.3~500v temprature -40 - 85 c     .

• Packaging Type: Plastic Packet
• Packaging Size: 1000PCS SET
• Specialities: Stable Performance
• Tolerance: 10%

MYLER .0805B104K500

We Aim to Provide Genuine and High Quality Discreet and Passive Components, Manufactured By Leading Brands in the Industry Produced as Them as per the International Standards. We Offer a Complete Range Which Includes Diodes, Transistors, Fet’s, Igbt’s, Resistors, Capacitors, Passive Networks, Etc.

• Material: Stainless Steel
• Application: Industrial Use
• Voltage: 220 V
• Brand Name: ALPHA CHEMIKA
• Current: 25 Amp
• Frequency: 50 Hz

rheostat, single tube a layer of oxidised resistance wire is wound on a porcelain tube which is supported by end supports. A sliding contact and three 4 mm socket terminals are provided for use as a rheostat or as a potentiometer. Tube diameter 38 mm simple voltaic cell daniel cell lechlanche cell in plastic vessel demonstration electric bell telegraph set, vertical type telephone set, lecture pattern worcester circuit board westminster electromagnetic kit power supply, 2v demonstration transformer demonstration dynamo model induction coil, ruhmkorff wheatstone bridge potentiometer rheostat, single tube rheostat, projected resistance coil resistance unit resistance box, plug pattern post office box, wheatstone bridge

• Voltage: 16V DC
• Brand Name: AVX
• Packaging Type: STd Reel
• Capacitance: 10uF
• Case Type: Case B
• Capacitor Size: 1.9 x 3.5 x 2.8 mm
• Temp. Range: -55 to +125 Deg C
• Capacitance Tolerance: +-10%; +-20%
• Item Code: TAJB106K016RNJ

Core Porcelain Tube, Non-Magnetic Non-Inductive Tubular Type. 2) Contact Block : Squire piece made of material is fitted with contact sliders in the guide squir rod. Bright chrome plated Phosphor bronze strip which makes immediate contact with the guide rod. A backlite knob is fitted with squire piece for sliding up and down. 3) Guide Rod : Solid draven brass rod bright chrome plated squire. 4) Contact Material : Multiple brushes of Phosphors bronze strip rolled strip give springy action to the contacts. Winding Wires : Eureka wire for low value and nichrom wire 80/20 grade for higher values. Temperature rise : 200oC above ambient temperature High Voltage Test : 2 KV A.C. for 1 minute between end support and any one of 3 wires terminals of the wire. End supports : Aluminium brackets painted. Terminals : Bright Chrome plated brass nuts and screws one at each end of Leaneer Type Wire-Wound Resistor  and the third one at both the side of guide rod. All Electrical Connectors are made from chrome plated brass material. Rotary Sliding Rheostate, Double tube and Multiple Tubes, Non-Standard values, wattage on specific request, Available from 100 Ma to 100 Amps 0.3 ohms to 25 Kohms.

• Color: Black
• Frequency: 50Hz, 60Hz
• Application: Automotive, Electronics Appliances, Industrial
• Condition: New
• Driven Type: Electric
• Feature: Durable, Stable Performance
• Available Range: CFR, MFR, MOR, High Precision
• Brands Available: Samsung, Yageo, Rohms
• Price Range: 1 to 30 Rupees

• Operating Temperature: -70 +40deg C
• Specialities: Stable Performance, High Performance, Durable
• Packaging Type: Box
• Outer Diameter: 100mm
• Inner Diameter: 40mm
• Packaging Size: 10 Pieces Set
• Phase: Single Phase
• Mounting Type: Floor
• Brand Name: AEL
• Payment Terms: Online

• Country of Origin: India
• Certification: ISO 9001:2008
• Condition: New
• Power Source: Electric
• Warranty: 1year

Alba Sensors' Thin film Platinum based elements offer Class A outputs using the most cutting-edge high-tech techniques, including laser spray plating, microphotography, and printing lithography. The resistance value is adjusted via digital trimming, which results in the highest level of accuracy.VersionsPT50, PT100, PT500, PT1000, PT2000, CU50 & more.Technical description Temperature coefficient R100/R0=1.3851. After strictly picking up and indicating the exact value of each element at 0 centigrade. Film Pt thermal resistance element with ceramic and platinum specially made to maintain excellent stability under high temperature, suitable for use in the -70 C ~ 6OO temperature. The platinum film is spatter on the surface of the ceramic by laser, thus the thin film platinum thermistor element has good anti vibration and anti shock properties. The surface of the film is covered with ceramics, so the element can withstand high voltage and has good insulation.

• Models: FS-1, FS-2, FS-3, etc

The Photo Resistor for Oil Flames is designed to detect visible light emitted by oil flames. These are not suitable for oil fired furnaces with refractory glow. The resistor is designed and manufactured in compliance with set industrial standards using qualitative material. Designed to detect visible light emitted by Oil flames. Front and Side view models Not suitable for oil fired Furnaces with refractory glow.

• Weight: 0-50gm, 100-150g
• Voltage: 110V, 220V
• Power Type: AC, DC
• Operating Temperature: -25 +85deg C, -40 +70deg C
• Frequency: 50Hz
• Application: Industrial
• Feature: Durable, High Performance

Our company specializes in exporting and supplying precision engineered High Voltage Capacitors. Specifically designed to be the part of different types of measuring equipment, the High Voltage Capacitors are known for their supreme quality, high reliability and elevated durability.  High Voltage Capacitors find wide application in power industries, which include high-voltage labs, industrial plants, and power substations.Models available : IHCs-10 IHCs-35 IHCs-110 IHCs-220 IHCs-330   Application : Electrical testing of various products meant for industrial applications (e.g. HV insulation tests including transformer oil) Providing traceability of measurements (calibration of instrument capacitors, voltage transformers and voltage dividers of 0.2 – 0.5 accuracy classes or less accurate).

• Country of Origin: India
• Certification: ISO 9001:2015, ISO 13485:2016, AS 9100 Rev D
• Application: Industrial Use
• Condition: New
• Power: 1-5kw
• Driven Type: Electric
• Warranty: 1year

Toroidal inductors and transformers are electronic components, typically consisting of a circular ring-shaped magnetic core of iron powder, ferrite, or other material around which wire is coiled to make an inductor. Toroidal coils are used in a broad range of applications, such as high-frequency coils and transformers.Toroidal inductors can have higher Q factors and higher inductance than similarly constructed solenoid coils. This is due largely to the smaller number of turns required when the core provides a closed magnetic path. The magnetic flux in a high permeability toroid is largely confined to the core; the confinement reduces the energy that can be absorbed by nearby objects, so toroidal cores offer some self-shielding.Common Mode Chokes Common Mode Chokes are used when many electrical devices may be connected to the same power lines (or power supply lines) and therefore substantial electrical noise can exist on these lines. Line filters prevent excessive noise from being conducted between electronic equipment and the AC line. Noise is typically common to both lines and in the same direction. Common mode chokes are designed so that common mode current creates a magnetic flux (through mutual inductance) that adds to attenuate the CM noise signal. The normal (differential) mode currents create magnetic flux that ideally cancel each other out so the normal signal frequencies are not attenuated. Any inductance encountered by the differential signal is the result of imperfect coupling of the two coils. Design requirements for a common mode choke It is typical for the inductance value of a common mode choke to be specified as a minimum requirement, thus insuring the crossover frequency is not shifted too high. The frequency range of the interfering signal should be given to allow proper calculation of the attenuation of unwanted signal noise in the design. Proper wire sizing is accomplished by specifying the voltage and current levels across and passing through the common mode choke. Toroid InductorsToroid style common mode chokes are designed to provide the highest common mode impedance over the widest frequency range. These parts are ideal for any application requiring a high DC current bias and are well suited for use in switch-mode power supplies. Common mode chokes are most effective in filtering supply and return conductors with in-phase signals of equal amplitude. Differential mode inductors are available for filtering out-of-phase or uneven amplitude signals.A Toroidal inductor is an inductor that is designed on a doughnut shaped core. Toroidal inductors offer small size, less leakage inductance and lower electromagnetic interference (EMI).Design requirements  for  a Toroidal Inductors:Typical minimum requirements to be specified for a Toroidal inductor design are: No load inductance in uH Full load inductance in u HDC Current in Amperes AC Current in Amperes peak to peak Operating frequency is needed for core calculations and wire sizing Core material is selected for the known operating frequency or frequencies. Other Toroidal inductor design considerations are space limitations and mounting technique. Lead terminations are also specified through the design of a Toroidal inductor. Pulse TransformerA pulse transformer is a transformer that is optimized for transmitting rectangular electrical pulses--that is, pulses with fast rise and fall times and a relatively constant amplitude.Principle 8 Operating Principles Magnetizing (No-Load) Current Voltage Drop Voltage-Time Product Kickback Voltage Secondary Load Current Effects of Winding Capacitance The Trailing Edge Pulse Distortion The magnetic flux in a typical A.C. transformer core alternates between positive and negative values. The magnetic flux in the typical pulse transformer does not.  The typical pulse transformer operates in an “unipolar” mode (flux density may meet but does not cross zero.) Pulse transformer designs vary widely in terms of power rating, inductance, voltage level (low to high), operating frequency, size, impedance, bandwidth (frequency response), winding capacitance, and other parameters. Designers try to minimize parasitic elements such as leakage inductance and winding capacitance by using winding configurations which optimize the coupling between the windings.