本发明涉及一种用于有机发光pin型二极管的布置中，具有电极（1），对电极（5）和与所述电极和所述对电极，所述叠层与包含k中的有机层之间的有机层的堆叠（K = 1，2，3，...）的有机基质材料全面发光层（4），电掺杂的电荷载体传输，其（电极1）和所述发光层（4）之间被布置在进一步电掺杂的载流子传输层层（2），（2 “），其中（反电极5），（4）被布置在发光层，以及设置（电掺杂的载流子传输层2）和所述发光层之间的阻挡层（3）（4）之间，其中，所述堆叠的有机层 通过n（n≤k+ 2）个有机基质材料和n个有机基质材料是发射光谱的k个有机基质材料 并且电掺杂的电荷载流子传输层和/或另外的电掺杂的电荷载流子传输层具有比F4-TCNQ更强的受主分子。 此外，本发明包括用于制造具有有机层的叠层的方法。

The invention relates to an arrangement for an organic light emitting diode of the pin type, with an electrode (1), a counter electrode (5) and a stack with organic layers between the electrode and the counter electrode, the stack with the organic layers comprising a k (k = 1, 2, 3, ...) organic matrix materials comprehensive emission layer (4), an electrically doped charge carrier transport layer (2) which is arranged between the electrode (1) and the emission layer (4), a further electrically doped charge carrier transport layer (2 '), which is arranged between the counter electrode (5) and the emission layer (4), and a block layer (3) which is arranged between the electrically doped charge carrier transport layer (2) and the emission layer (4), wherein the organic layers of the stack by means of
n (n ≤ k + 2) organic matrix materials are formed and which comprise n organic matrix materials the k organic matrix materials of the emission layer and the electrically doped charge carrier transport layer and / or the further electrically doped charge carrier transport layer having an acceptor stronger than F4-TCNQ. The invention further comprises a method for manufacturing a stack with organic layers.