Electronic Enamels & Glasses Pvt. Ltd

ECIL, Hyderabad, Telangana

we are offering Vertical Box Ceramic Encased. 1. Vertical Boat Ceramic Encased. 2. High Insulation Resistance. 3. Salt Fog Withstanding Versions. 4. High Surge Versions Available. 5. PCB Space Saving Design. 6. Non Inductive Resistors Available. 7. Low TCR Available.

We are offering slotted ceramic encased vertical dual 1. Slotted ceramic encased. 2. High insulation resistance. 3. Fibre-core former. 4. High surge versions available. 5. Low temperature rise. 6. Non flammable construction. 7. Vertical support pillar. 8. Dual mounting option.

Key Features Cost Effective, Fire Retardant, Single Wafer Switch with PCB Terminals Standard 30o Indexing Contacts: Shorting, Make Before Break Options : 2 Pole 6way 1 Pole 12 way 360o Rotation Adjustable Notch washer to Restrict Number of Positions

We are offering square ceramic encased axial. 1. Square ceramic body. 2. High insulation resistance. 3. Fibre-core former. 4. High surge version available. 5. Low temperature rise. 6. 4w 5w available in taped form. 7. Non flammable construction.

we are offering Slotted Ceramic Encased Axial. 1. Slotted ceramic body. 2. High insulation resistance. 3. Fibre-core former. 4. High surge version available. 5. Low temperature rise. 6. Non flammable construction.

We are offering box ceramic encased axial. 1. Box style ceramic case. 2. High insulation resistance. 3. Salt fog withstanding versions. 4. High surge version available. 5. Low temperature rise. 6. Non inductive resistors available. 7. Low tcr available.

We are offering vitreous enamelled axial. 1. Impervious vitreous enamel. 2. High pulse overload capability. 3. Meets cecc 40201 specification. 4. Meets jss 50402 specification. 5. European form and fit design. 6. Green enamel colour. 7. Allows high speed lead forming.

We provide precision power. 1. High temp. Silicone coating. 2. Close tolerance, low tcr. 3. Mil-prf-39007 specs. 4. Miniature size package.

1. High Temp Silicone Coating. 2. Close Tolerance, Low TCR. 3. Non Inductive Versions. 4. Approved since 1977 to JSS 50402. 5. Screened Quality Available. 6. High Surge Version Available. 7. Meets CECC 40201 Specs.

We are offering silicone coated fibrecore axial. 1. Silicone coated. 2. Fibre-core former. 3. Crimped contacts. 4. Shatter proof design. 5. Low cost.

we offer Capacitor Discharge Resistors. 1. Direct Mounting on Capacitors. 2. High Pulse-Withstand Capability. 3. Stainless Steel Terminals. 4. Two Mounting Pitches Available. 5. Moisture Resistant Silicone Coat. 6. Superior Quality Weld Joints.

we are offering Silicone Coated Pcb Pluggable. 1. PCB Pluggable Resistor. 2. HighLow Profile Terminals. 3. Fibre-core Former. 4. Low Cost Design. 5. High Surge Versions Available. 6. Uncoated Versions Available.

We are offering box ceramic encased. Box ceramic encased - radial 1. Boat ceramic encased. 2. High insulation resistance. 3. High surge version available. 4. Low temperature rise. 5. Non inductive versions available. 6. Low tcr available. 7. Quick connect terminals available.

We offer aluminium housed chassis mount. 1. Moulded into aluminium housing. 2. High power size ratio. 3. Bs-cecc-40203 mil-r-18546. 4. Gold anodised heat sink.

We offer high precision instrumentation resistors. 1.high temp.silicone coating. 2.noninductive versions. 3.close tolerance, low tcr. 4.high stability. 5.low temperature rise. 6.suitable for instrumentation.

We offer inrush resistor. Circuit designers are frequently asked to design circuits in which resistors are subject to non-standard loading conditions resulting from inrush surges, pulses generated in the circuit, high-energy line surges arising from electricity grids and multiple inductive loads operating in the vicinity of the circuits. Incorrectly designed resistors lead to failures in testing and in the field, causing problems such as: (a) open circuits (b) burnouts

We offer surge resistor. Circuit designers are frequently asked to design circuits in which resistors are subject to non-standard loading conditions resulting from inrush surges, pulses generated in the circuit, high-energy line surges arising from electricity grids and multiple inductive loads operating in the vicinity of the circuits. Incorrectly designed resistors lead to failures in testing and in the field, causing problems such as: (a) open circuits (b) burnouts