Banza Electronics system

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Our Ultra Isolation Transformers ISOLINE is specifically designed for sensitive equipment such as computer. It eliminates the line disturbance in computer and prevents faulty and erratic operations. Moreover, our product range, known for reliable performance and durable finish standards, is also used in the instrumentation and telemetry. Our product range is available in 400 VA to 2 KVA single phases as standard models. The three phase input and three single phase units can be connected in star configuration. Features: Filters power line noise, spikes and transients Isolates sensitive equipment from noisy power lines Complete electrostatic shielding Minimizing common mode noise by over 130db which is impossible with conventional ordinary isolation transformers Minimizes transverse mode noise Applications: In computer the presence of spikes, transients or noise in the supply line will lead to erratic behavior of the computer. Aplab's isoline eliminates line disturbances and prevents faulty and erratic operation of computers In instrumentation and telemetry, line disturbances will lead to faulty recordings or readings. Aplab's isoline completely isolates power line disturbances and ensures more reliable operation of the equipment For patient’s safety in hospitals, all diagnostic or therapeutic medical equipment should be completely isolated from the supply line. Complete patient/ operator safety is assured by isoline due to its excellent dc isolation as well as total electrostatic shielding from the power line Other systems essentially requiring isoline are digital communication systems, audio and video recording equipment which get badly affected by line noise Description: Ordinary isolation transformers isolate one circuit from another while magnetically coupling wanted energy from one to the other Such a transformer is adequate for use with low-gain circuits or insensitive instruments. However, if the transformer must work into a high-gain load or sensitive instrumentation, noise potentials between the primary circuit and ground must be prevented from affecting the secondary circuits due to capacitive and resistive coupling between the transformer's windings Traditional techniques for keeping noise from reaching the transformer secondary e. G. The standard faraday shield (a grounded single turn of conducting foil between the windings) will divert much of the primary noise current to ground. But noise still can be coupled into the secondary because of the electrostatic field around the faraday shield and will cause serious problems in the secondary circuits To overcome this problem Isoline range employs a unique multiple shielding technique that reduces the inter-winding capacitance below It increase the DC isolation over 1000m ohms isoline has therefore, only ten thousandth the noise leakage of an ordinary transformer Our Ultra Isolation Transformers ISOLINE is specifically designed for sensitive equipment such as computer. It eliminates the line disturbance in computer and prevents faulty and erratic operations. Moreover, our product range, known for reliable performance and durable finish standards, is also used in the instrumentation and telemetry. Our product range is available in 400 VA to 2 KVA single phases as standard models. The three phase input and three single phase units can be connected in star configuration. Features: Filters power line noise, spikes and transients Isolates sensitive equipment from noisy power lines Complete electrostatic shielding Minimizing common mode noise by over 130db which is impossible with conventional ordinary isolation transformers Minimizes transverse mode noise Applications: In computer the presence of spikes, transients or noise in the supply line will lead to erratic behavior of the computer. Aplab's isoline eliminates line disturbances and prevents faulty and erratic operation of computers In instrumentation and telemetry, line disturbances will lead to faulty recordings or readings. Aplab's isoline completely isolates power line disturbances and ensures more reliable operation of the equipment For patient’s safety in hospitals, all diagnostic or therapeutic medical equipment should be completely isolated from the supply line. Complete patient/ operator safety is assured by isoline due to its excellent dc isolation as well as total electrostatic shielding from the power line Other systems essentially requiring isoline are digital communication systems, audio and video recording equipment which get badly affected by line noise Description: Ordinary isolation transformers isolate one circuit from another while magnetically coupling wanted energy from one to the other Such a transformer is adequate for use with low-gain circuits or insensitive instruments. However, if the transformer must work into a high-gain load or sensitive instrumentation, noise potentials between the primary circuit and ground must be prevented from affecting the secondary circuits due to capacitive and resistive coupling between the transformer's windings Traditional techniques for keeping noise from reaching the transformer secondary e. G. The standard faraday shield (a grounded single turn of conducting foil between the windings) will divert much of the primary noise current to ground. But noise still can be coupled into the secondary because of the electrostatic field around the faraday shield and will cause serious problems in the secondary circuits To overcome this problem Isoline range employs a unique multiple shielding technique that reduces the inter-winding capacitance below It increase the DC isolation over 1000m ohms isoline has therefore, only ten thousandth the noise leakage of an ordinary transformer Our Ultra Isolation Transformers ISOLINE is specifically designed for sensitive equipment such as computer. It eliminates the line disturbance in computer and prevents faulty and erratic operations. Moreover, our product range, known for reliable performance and durable finish standards, is also used in the instrumentation and telemetry. Our product range is available in 400 VA to 2 KVA single phases as standard models. The three phase input and three single phase units can be connected in star configuration. Features: Filters power line noise, spikes and transients Isolates sensitive equipment from noisy power lines Complete electrostatic shielding Minimizing common mode noise by over 130db which is impossible with conventional ordinary isolation transformers Minimizes transverse mode noise Applications: In computer the presence of spikes, transients or noise in the supply line will lead to erratic behavior of the computer. Aplab's isoline eliminates line disturbances and prevents faulty and erratic operation of computers In instrumentation and telemetry, line disturbances will lead to faulty recordings or readings. Aplab's isoline completely isolates power line disturbances and ensures more reliable operation of the equipment For patient’s safety in hospitals, all diagnostic or therapeutic medical equipment should be completely isolated from the supply line. Complete patient/ operator safety is assured by isoline due to its excellent dc isolation as well as total electrostatic shielding from the power line Other systems essentially requiring isoline are digital communication systems, audio and video recording equipment which get badly affected by line noise Description: Ordinary isolation transformers isolate one circuit from another while magnetically coupling wanted energy from one to the other Such a transformer is adequate for use with low-gain circuits or insensitive instruments. However, if the transformer must work into a high-gain load or sensitive instrumentation, noise potentials between the primary circuit and ground must be prevented from affecting the secondary circuits due to capacitive and resistive coupling between the transformer's windings Traditional techniques for keeping noise from reaching the transformer secondary e. G. The standard faraday shield (a grounded single turn of conducting foil between the windings) will divert much of the primary noise current to ground. But noise still can be coupled into the secondary because of the electrostatic field around the faraday shield and will cause serious problems in the secondary circuits To overcome this problem Isoline range employs a unique multiple shielding technique that reduces the inter-winding capacitance below It increase the DC isolation over 1000m ohms isoline has therefore, only ten thousandth the noise leakage of an ordinary transformer Our Ultra Isolation Transformers ISOLINE is specifically designed for sensitive equipment such as computer. It eliminates the line disturbance in computer and prevents faulty and erratic operations. Moreover, our product range, known for reliable performance and durable finish standards, is also used in the instrumentation and telemetry. Our product range is available in 400 VA to 2 KVA single phases as standard models. The three phase input and three single phase units can be connected in star configuration. Features: Filters power line noise, spikes and transients Isolates sensitive equipment from noisy power lines Complete electrostatic shielding Minimizing common mode noise by over 130db which is impossible with conventional ordinary isolation transformers Minimizes transverse mode noise Applications: In computer the presence of spikes, transients or noise in the supply line will lead to erratic behavior of the computer. Aplab's isoline eliminates line disturbances and prevents faulty and erratic operation of computers In instrumentation and telemetry, line disturbances will lead to faulty recordings or readings. Aplab's isoline completely isolates power line disturbances and ensures more reliable operation of the equipment For patient’s safety in hospitals, all diagnostic or therapeutic medical equipment should be completely isolated from the supply line. Complete patient/ operator safety is assured by isoline due to its excellent dc isolation as well as total electrostatic shielding from the power line Other systems essentially requiring isoline are digital communication systems, audio and video recording equipment which get badly affected by line noise Description: Ordinary isolation transformers isolate one circuit from another while magnetically coupling wanted energy from one to the other Such a transformer is adequate for use with low-gain circuits or insensitive instruments. However, if the transformer must work into a high-gain load or sensitive instrumentation, noise potentials between the primary circuit and ground must be prevented from affecting the secondary circuits due to capacitive and resistive coupling between the transformer's windings Traditional techniques for keeping noise from reaching the transformer secondary e. G. The standard faraday shield (a grounded single turn of conducting foil between the windings) will divert much of the primary noise current to ground. But noise still can be coupled into the secondary because of the electrostatic field around the faraday shield and will cause serious problems in the secondary circuits To overcome this problem Isoline range employs a unique multiple shielding technique that reduces the inter-winding capacitance below It increase the DC isolation over 1000m ohms isoline has therefore, only ten thousandth the noise leakage of an ordinary transformer Our Ultra Isolation Transformers ISOLINE is specifically designed for sensitive equipment such as computer. It eliminates the line disturbance in computer and prevents faulty and erratic operations. Moreover, our product range, known for reliable performance and durable finish standards, is also used in the instrumentation and telemetry. Our product range is available in 400 VA to 2 KVA single phases as standard models. The three phase input and three single phase units can be connected in star configuration. Features: Filters power line noise, spikes and transients Isolates sensitive equipment from noisy power lines Complete electrostatic shielding Minimizing common mode noise by over 130db which is impossible with conventional ordinary isolation transformers Minimizes transverse mode noise Applications: In computer the presence of spikes, transients or noise in the supply line will lead to erratic behavior of the computer. Aplab's isoline eliminates line disturbances and prevents faulty and erratic operation of computers In instrumentation and telemetry, line disturbances will lead to faulty recordings or readings. Aplab's isoline completely isolates power line disturbances and ensures more reliable operation of the equipment For patient’s safety in hospitals, all diagnostic or therapeutic medical equipment should be completely isolated from the supply line. Complete patient/ operator safety is assured by isoline due to its excellent dc isolation as well as total electrostatic shielding from the power line Other systems essentially requiring isoline are digital communication systems, audio and video recording equipment which get badly affected by line noise Description: Ordinary isolation transformers isolate one circuit from another while magnetically coupling wanted energy from one to the other Such a transformer is adequate for use with low-gain circuits or insensitive instruments. However, if the transformer must work into a high-gain load or sensitive instrumentation, noise potentials between the primary circuit and ground must be prevented from affecting the secondary circuits due to capacitive and resistive coupling between the transformer's windings Traditional techniques for keeping noise from reaching the transformer secondary e. G. The standard faraday shield (a grounded single turn of conducting foil between the windings) will divert much of the primary noise current to ground. But noise still can be coupled into the secondary because of the electrostatic field around the faraday shield and will cause serious problems in the secondary circuits To overcome this problem Isoline range employs a unique multiple shielding technique that reduces the inter-winding capacitance below It increase the DC isolation over 1000m ohms isoline has therefore, only ten thousandth the noise leakage of an ordinary transformer Our Ultra Isolation Transformers ISOLINE is specifically designed for sensitive equipment such as computer. It eliminates the line disturbance in computer and prevents faulty and erratic operations. Moreover, our product range, known for reliable performance and durable finish standards, is also used in the instrumentation and telemetry. Our product range is available in 400 VA to 2 KVA single phases as standard models. The three phase input and three single phase units can be connected in star configuration. Features: Filters power line noise, spikes and transients Isolates sensitive equipment from noisy power lines Complete electrostatic shielding Minimizing common mode noise by over 130db which is impossible with conventional ordinary isolation transformers Minimizes transverse mode noise Applications: In computer the presence of spikes, transients or noise in the supply line will lead to erratic behavior of the computer. Aplab's isoline eliminates line disturbances and prevents faulty and erratic operation of computers In instrumentation and telemetry, line disturbances will lead to faulty recordings or readings. Aplab's isoline completely isolates power line disturbances and ensures more reliable operation of the equipment For patient’s safety in hospitals, all diagnostic or therapeutic medical equipment should be completely isolated from the supply line. Complete patient/ operator safety is assured by isoline due to its excellent dc isolation as well as total electrostatic shielding from the power line Other systems essentially requiring isoline are digital communication systems, audio and video recording equipment which get badly affected by line noise Description: Ordinary isolation transformers isolate one circuit from another while magnetically coupling wanted energy from one to the other Such a transformer is adequate for use with low-gain circuits or insensitive instruments. However, if the transformer must work into a high-gain load or sensitive instrumentation, noise potentials between the primary circuit and ground must be prevented from affecting the secondary circuits due to capacitive and resistive coupling between the transformer's windings Traditional techniques for keeping noise from reaching the transformer secondary e. G. The standard faraday shield (a grounded single turn of conducting foil between the windings) will divert much of the primary noise current to ground. But noise still can be coupled into the secondary because of the electrostatic field around the faraday shield and will cause serious problems in the secondary circuits To overcome this problem Isoline range employs a unique multiple shielding technique that reduces the inter-winding capacitance below It increase the DC isolation over 1000m ohms isoline has therefore, only ten thousandth the noise leakage of an ordinary transformer