Functional Electrical Stimulators
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1. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
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when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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2. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
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when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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3. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
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when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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4. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
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when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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5. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
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when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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6. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
|
when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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7. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
|
when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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8. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
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when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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9. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
|
when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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10. STMISOL | Constant Current/Voltage Linear Isolated Stimulator | BIOPAC - Research | |
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when some percentage of electrical current from the stimulation site is directed to the recording site due to electrical leakage paths intrinsic to the stimulation/recording equipment. In the case of the STMISOL, the leakage conductances and capacitances that permit this artifact to occur are reduced to extremely small values.
Power ON Safety — When you Power ON the STMISOL, you must also hold Reset for at least 3 seconds. This forces the unit into an "operational but no output state" and protects the subject if accidentally connected to electrodes on power-up. Applications fNIR Functional Near Infrared Optical Brain
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