| 参数 | 
               数值 | 
            
                          
                 | V F I F = 0.1 mA (mV) | 
                   | 
              
                          
                 | Video Resistance @ 0 V (Ω) | 
                   | 
              
                          
                 | V F I F = 1 mA (mV) | 
                 260-320 | 
              
                          
                 | Typ. C T @ 0.15 V (pF) | 
                   | 
              
                          
                 | V B I R = 10 µA (V) | 
                 2 Min. | 
              
                          
                 | Max. C T @ 0 V (pF) | 
                 0.18 | 
              
                          
                 | Series Resistance (Ω) | 
                 12 | 
              
                          
                 | 系列 | 
                 - | 
              
                          
                 | 类别 | 
                 Discrete Semiconductor Products | 
              
                          
                 | 二级管类型 | 
                 Schottky - Single | 
              
                          
                 | 电压-峰值反向(最大) | 
                 2V | 
              
                          
                 | 电流-最大 | 
                 50mA | 
              
                          
                 | 电容 | 
                 0.18pF @ 0V, 1MHz | 
              
                          
                 | 电阻 | 
                 - | 
              
                          
                 | 功率耗散 | 
                 75mW | 
              
              
           
        
         
       
                         
           
              
                       The SMS7621-060 is a silicon, low-barrier N-type Schottky diode with an ultra-miniature 0201 footprint. This diode may be used in detector circuits, sampling circuits, and mixer circuits. The low series resistance of this low-barrier diode enables good performance as a low-level mixer at frequencies up to 26 GHz and higher.