Switching regulators are a type of circuit that can transform voltage and input current into a voltage and an output current that is most suitable to power the system that it is producing power for. These types of circuits are also known as converters and are ideal for regulating the energy that is transferred between these two contact points to maintain a constant output voltage that is safely within the limits of the circuit. They work at a much higher conversion efficiency than linear regulators and offer the advantage of better and more cost-effective power management in the long term, as well as the fact that they often don't require external capacitors.
These types of regulators are often used for single-cell or multi-cell battery-powered applications and for battery-powered portable electronic devices like digital cameras, handheld games consoles, controllers and more. The main benefit of using these switching converters instead of linear regulators is that they offer short-circuit protection and ensure over-voltage and under-voltage protection. They are also good for protecting electronic systems from over-temperature and over-current damage.
Product Details Price | Brand | Output Voltage | Output Current | Input Voltage | Mounting Type | Number of Outputs | Package | Power Rating | Efficiency | Ripple And Noise | Maximum Temperature | Minimum Temperature | Series | Line Regulation |
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RS PRO | 5V dc | 1A | 8 → 36V dc | Surface Mount | 1 | SMD | - | 93/85% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 6.5V dc | 1A | 10 → 36V dc | Surface Mount | 1 | SMD | - | 93/86% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 6.5V dc | 1A | 10 → 36V dc | Surface Mount | 1 | SMD | - | 93/86% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 12V dc | 1A | 16 → 36V dc | PCB Mount | 1 | - | - | 95/92% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 12V dc | 800mA | 16 → 36V dc | Surface Mount | 1 | SMD | - | 95/92% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 15V dc | 500mA | 19 → 36V dc | PCB Mount | 1 | - | - | 95/93% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 12V dc | 500mA | 15 → 36V dc | - | 1 | - | - | 94/91% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 12V dc | 1A | 16 → 36V dc | PCB Mount | 1 | - | - | 96/93% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 3.3V dc | 1A | 6 → 36V dc | PCB Mount | 1 | - | - | 90/81% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 12V dc | 800mA | 16 → 36V dc | Surface Mount | 1 | SMD | - | 95/92% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 15V dc | 2A | 18 → 36V dc | PCB Mount | 1 | - | - | 96/94% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.8% | ||||||
RS PRO | 15V dc | 500mA | 19 → 36V dc | PCB Mount | 1 | - | - | 95/93% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 5V dc | 500mA | 9 - 90V dc | PCB | 1 | - | - | 0.87 | - | +85°C | -40°C | - | ±1.5% | ||||||
RS PRO | 9V dc | 500mA | 12 → 36V dc | Surface Mount | 1 | SMD | - | 93/90% | 50mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 12V dc | 500mA | 18 - 90V dc | PCB | 1 | - | - | 0.91 | - | +85°C | -40°C | - | ±2% | ||||||
RS PRO | 12V dc | 500mA | 15 → 36V dc | - | 1 | - | - | 94/91% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 12V dc | 1A | 16 → 36V dc | PCB Mount | 1 | - | - | 96/93% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 3.3V dc | 1A | 6 → 36V dc | PCB Mount | 1 | - | - | 90/81% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 3.3V dc | 1A | 6 → 36V dc | PCB Mount | 1 | - | - | 90/80% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||
RS PRO | 3.3V dc | 1A | 6 → 36V dc | PCB Mount | 1 | - | - | 89/80% | 75mV Pk-Pk | +85°C | -40°C | - | ±0.4% | ||||||